https://www.optomet.com/de/videos/turbinenschaufel-eigenform-bei-1883-hz2026-08-27T01:03:43.675ZTurbinenschaufel – Eigenform bei 1883 Hzhttps://cdn.optomet.com/media/videos/applications/turbine-blade-1883hz/Turbinenschaufel-%E2%80%93-3D-Scanning.jpgKurzer Animations-Loop: die Schwingform einer Turbinenschaufel bei 1.883 Hz, gemessen mit Scanning-Laservibrometrie. [2025 | 0:04 min]https://cdn.optomet.com/media/videos/applications/turbine-blade-1883hz/turbine-blade-1883hz-2160p.mp442026-07-30T10:29:33.836+00:00 https://www.optomet.com/de/videos/zeitbereichs-ansicht-draufsicht2026-08-27T01:03:42.645ZZeitbereichs-Ansicht – Draufsichthttps://cdn.optomet.com/media/videos/applications/time-vertical-view/Zeitbereichs-Ansicht-%E2%80%93-Draufsicht.jpgZeitbereichsdarstellung einer Messung an einer Wabenstruktur in der Draufsicht: Die Ausbreitung der Schwingung über die Struktur wird Punkt für Punkt sichtbar, mit Amplituden im Nanometerbereich. [2020 | 0:13 min]https://cdn.optomet.com/media/videos/applications/time-vertical-view/time-vertical-view-720p.mp4132026-07-30T10:29:26.804+00:00 https://www.optomet.com/de/videos/zeitbereichs-ansicht-winkelperspektive2026-08-27T01:03:41.623ZZeitbereichs-Ansicht – Winkelperspektivehttps://cdn.optomet.com/media/videos/applications/time-angle-view/Zeitbereichs-Ansicht-%E2%80%93-Winkelperspektive.jpgZeitbereichsmessung an der Wabenstruktur in Schrägansicht: Aus dieser Perspektive ist die räumliche Ausbreitung der Welle über die Oberfläche besonders gut zu erkennen. [2020 | 0:11 min]https://cdn.optomet.com/media/videos/applications/time-angle-view/time-angle-view-720p.mp4112026-07-30T10:29:19.774+00:00 https://www.optomet.com/de/videos/modalanalyse-einer-turbinenschaufel-mit-smart-lab2026-08-27T01:03:40.567ZModalanalyse einer Turbinenschaufel mit SMART Labhttps://cdn.optomet.com/media/videos/applications/modal-analysis-turbine-blade/Modalanalyse-einer-Turbinenschaufel-mit-SMART-Lab.jpgKurzer Software-Einblick: Modalanalyse einer Turbinenschaufel in SmartLab. Zu sehen sind Eigenfrequenzen mit Dämpfungswerten, die MAC-Matrix zum Modenvergleich sowie gefittete Frequenzgänge mit automatischer Peak-Erkennung. [2025 | 0:22 min]https://cdn.optomet.com/media/videos/applications/modal-analysis-turbine-blade/modal-analysis-turbine-blade-1080p.mp4222026-07-30T10:29:05.605+00:00 https://www.optomet.com/de/videos/schwingungsmessung-auf-menschlicher-haut2026-08-27T01:03:39.553ZSchwingungsmessung auf menschlicher Hauthttps://cdn.optomet.com/media/videos/applications/human-skin-measurement/Schwingungsmessung-auf-menschlicher-Haut-1.jpgSchwingungsmessung direkt auf menschlicher Haut: Der kompakte Faser-Messkopf erfasst die Bewegung der Handfläche berührungslos, das Spektrum erscheint live in der Software. Interessant für Medizintechnik und Biomechanik. [2019 | 0:16 min]https://cdn.optomet.com/media/videos/applications/human-skin-measurement/human-skin-measurement-1080p.mp4162026-07-30T10:28:58.416+00:00 https://www.optomet.com/de/videos/vector-micro-optics-aufbau-und-inbetriebnahme2026-08-27T01:03:38.588ZVector Micro-Optics – Aufbau und Inbetriebnahmehttps://cdn.optomet.com/media/videos/products/micro-optic-vector-setup/Vector-Micro-Optics-%E2%80%93-Aufbau-und-Inbetriebnahme.jpgSchritt-für-Schritt-Anleitung für den Aufbau der Vector Mikro-Optik: Montage auf dem Positioniertisch, Ausrichtung in drei Achsen und Fokussierung des Laserspots auf dem Prüfling. Am Ende steht die fertige Messung in der Software OptoGUI. [2022 | 1:23 min]https://cdn.optomet.com/media/videos/products/micro-optic-vector-setup/micro-optic-vector-setup-1080p.mp4832026-07-30T10:28:51.354+00:00 https://www.optomet.com/de/videos/modalanalyse-scheibe-und-impulshammer2026-08-27T01:03:37.520ZModalanalyse – Scheibe und Impulshammerhttps://cdn.optomet.com/media/videos/applications/modal-analysis-disk-hammer/Modalanalyse-%E2%80%93-Scheibe-und-Impulshammer.jpgScreencast einer Modalanalyse: Eine Scheibe wird mit dem Impulshammer angeregt, die Software zeigt Zeitsignale, Frequenzgänge und identifizierte Moden mit Frequenz und Dämpfung. Die Schwingformen werden auf dem Netz animiert. [2021 | 1:49 min]https://cdn.optomet.com/media/videos/applications/modal-analysis-disk-hammer/modal-analysis-disk-hammer-1080p.mp41092026-07-30T10:28:44.264+00:00 https://www.optomet.com/de/videos/fiber-vibrometer-im-einsatz2026-08-27T01:03:36.571ZFiber-Vibrometer im Einsatzhttps://cdn.optomet.com/media/videos/products/fiber-vibrometer/Fiber-Vibrometer-im-Einsatz.jpgFiber-Vibrometer im Einsatz: Kleine passive Messköpfe messen an schwer zugänglichen Stellen, hier am Triebwerk im Teststand. Per Faser-Multiplexer lassen sich mehrere Messköpfe schalten und Objekte aus verschiedenen Richtungen erfassen. [2018 | 0:28 min]https://cdn.optomet.com/media/videos/products/fiber-vibrometer/fiber-vibrometer-2160p.mp4282026-07-30T10:28:37.142+00:00 https://www.optomet.com/de/videos/akustik-engineering-im-automobilbau-mit-laservibrometrie2026-08-27T01:03:35.469ZAkustik-Engineering im Automobilbau mit Laservibrometriehttps://cdn.optomet.com/media/videos/applications/automotive-acoustic-engineering/Akustik-Engineering-im-Automobilbau-mit-Laservibrometrie.jpgAkustik-Engineering im Automobilbau: Laservibrometer erfassen die Karosserie im Prüfstand vollflächig und in Echtzeit. SmartLab importiert 3D-Modelle (NASTRAN, STL); die Datenerfassung bindet klassische NVH-Sensorik direkt ein. [2024 | 0:45 min]https://cdn.optomet.com/media/videos/applications/automotive-acoustic-engineering/automotive-acoustic-engineering-2160p.mp4452026-07-30T02:32:47.255+00:00 https://www.optomet.com/de/videos/high-dynamic-range2026-08-27T01:03:34.380ZHigh Dynamic Rangehttps://cdn.optomet.com/media/videos/technologies/high-dynamic-range-v2/Hoher-Dynamikbereich-1.jpgDemonstration des Dynamikumfangs am Quarz-Uhrwerk: Der Shaker bewegt das Bauteil makroskopisch, gleichzeitig löst das Vibrometer die Quarzschwingung bei 32,768 kHz im Nanometerbereich auf. 11 Größenordnungen in einer Messung. [2019| 1:24 min]https://cdn.optomet.com/media/videos/technologies/high-dynamic-range-v2/high-dynamic-range-v2-2160p.mp4842026-07-28T10:01:54.593+00:00 https://www.optomet.com/de/videos/out-of-plane-schwingung-einer-bremsscheibe-bei-6-khz2026-08-27T01:03:33.390ZOut-of-plane-Schwingung einer Bremsscheibe bei 6 kHzhttps://cdn.optomet.com/media/videos/applications/brake-disc-out-of-plane-6khz/In-plane-vibration-of-a-brake-disc-at-6-kHz-1.jpgKurze Animation aus SmartLab: die Out-of-plane-Schwingform (Bewegung senkrecht zur Scheibenoberfläche) einer Bremsscheibe bei 6 kHz, berührungslos gemessen mit Laser-Doppler-Vibrometrie. [2025 | 0:10 min]https://cdn.optomet.com/media/videos/applications/brake-disc-out-of-plane-6khz/brake-disc-out-of-plane-6khz-1080p.mp4102026-07-28T09:30:03.709+00:00 https://www.optomet.com/de/videos/in-plane-schwingung-einer-bremsscheibe-bei-6-khz2026-08-27T01:03:32.500ZIn-plane-Schwingung einer Bremsscheibe bei 6 kHzhttps://cdn.optomet.com/media/brake-disc-in-plane-vibration-frequency-peaks.jpgKurze Animation aus SmartLab: die In-plane-Schwingform (Bewegung in der Scheibenebene) einer Bremsscheibe bei 6 kHz, gemessen mit 3D-Laser-Doppler-Vibrometrie. Das Gegenstück zum Video der Out-of-plane-Schwingung. [2025 | 0:09 min]https://cdn.optomet.com/media/videos/applications/brake-disc-in-plane-6khz/brake-disc-in-plane-6khz-1080p.mp492026-07-28T09:30:03.698+00:00 https://www.optomet.com/de/videos/schwingungsmessung-an-einer-bruecke2026-08-27T01:03:31.603ZSchwingungsmessung an einer Brückehttps://cdn.optomet.com/media/videos/applications/nova-xtra-bridge-v2/Schwingungsmessung-an-einer-Br%C3%BCcke-1.jpgSchwingungsmessung an einer Brücke mit dem Langstrecken-Vibrometer Nova Xtra: Dank SWIR-Laser und integrierter Infrarotkamera sind berührungslose Messungen aus bis zu 300 m Entfernung möglich, ohne Sensoren am Bauwerk. [2020| 0:53 min]https://cdn.optomet.com/media/videos/applications/nova-xtra-bridge-v2/nova-xtra-bridge-v2-2160p.mp4532026-07-28T01:22:22.465+00:00 https://www.optomet.com/de/videos/3d-scan-einer-leiterplatte-vollfeld2026-08-27T01:03:30.609Z3D-Scan einer Leiterplatte (Vollfeld)https://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-full/3D-Scan-einer-Leiterplatte-(Vollfeld).jpgVollfeld-3D-Scan einer Leiterplatte in SmartLab: Die auf dem Shaker angeregte Baugruppe wird vollflächig gescannt. Die Schwingformen einzelner Bauteile wie Elektrolytkondensatoren werden direkt auf dem 3D-Modell sichtbar. [2025 | 0:41 min]https://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-full/pcb-3d-scanning-full-720p.mp4412026-07-28T01:22:22.454+00:00 https://www.optomet.com/de/videos/3d-scanning-einer-leiterplatte-auf-dem-shaker2026-08-27T01:03:29.701Z3D-Scanning einer Leiterplatte auf dem Shakerhttps://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-shaker/3D-Scanning-einer-Leiterplatte-auf-dem-Shaker.jpgKurzes Video einer 3D-Schwingungsmessung eines einzelner Kondensators in Resonanz auf einer Leiterplatte. [2025 | 0:04 min]https://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-shaker/pcb-3d-scanning-shaker-2160p.mp442026-07-28T01:22:22.426+00:00 https://www.optomet.com/de/videos/schallfeld-eines-akustischen-levitators2026-08-27T01:03:28.594ZSchallfeld eines akustischen Levitatorshttps://cdn.optomet.com/media/videos/applications/acoustic-levitator-sound-field/Schallfeld-eines-akustischen-Levitators.jpgUltraschall sichtbar gemacht: Ein akustischer Levitator hält Partikel in den Druckknoten einer stehenden Welle. Das Vibrometer tastet das Schallfeld über Brechungsindexänderungen der Luft ab, als Amplituden- und Phasenbild. [2020 | 1:12 min]https://cdn.optomet.com/media/videos/applications/acoustic-levitator-sound-field/acoustic-levitator-sound-field-2160p.mp4722026-07-17T09:54:47.203+00:00 https://www.optomet.com/de/videos/vibration-und-geometrie-eines-violoncellos2026-08-27T01:03:27.538ZVibration und Geometrie eines Violoncelloshttps://cdn.optomet.com/media/videos/applications/violoncello-douyin/Vibration-und-Geometrie-eines-Violoncellos.jpgSchwingung und Geometrie eines Violoncellos in einer Messung: Das SWIR-Scanning-Vibrometer liefert aus einem Infrarotlaser Schwingungs- und Abstandsdaten. So entsteht die 3D-Geometrie samt direkt darauf dargestellter Schwingformen. [2020 | 1:12 min]https://cdn.optomet.com/media/videos/applications/violoncello-v2/violoncello-v2-2160p.mp4722026-07-17T09:54:47.161+00:00 https://www.optomet.com/de/videos/schwingungen-einer-rauen-rotierenden-schleifscheibe2026-08-27T01:03:26.439ZSchwingungen einer rauen, rotierenden Schleifscheibehttps://cdn.optomet.com/media/videos/applications/rotating-grinding-disc/Schwingungen-einer-rauen,-rotierenden-Schleifscheibe.jpgBetriebsschwingformen einer rauen, rotierenden Schleifscheibe bei 5.800 U/min: Trotz dunkler Oberfläche und Rotation misst das Vibrometer berührungslos. Zu sehen: Schwingformen bei Rotationsfrequenz und Harmonischen. [2020| 1:10 min]https://cdn.optomet.com/media/videos/applications/rotating-grinding-disc/rotating-grinding-disc-2160p.mp4702026-07-17T09:54:47.070+00:00 https://www.optomet.com/de/videos/hochfrequenz-scanning-messung2026-08-27T01:03:25.314ZHochfrequenz-Scanning Messunghttps://cdn.optomet.com/media/videos/applications/high-frequency-scanning/Hochfrequenz-Scanning-Messung.jpgHochfrequenz-Scanning an einem Piezo-Summer: Mit der Close-up-Einheit misst das All-in-one-Scanning-Vibrometer kleinste Strukturen. Die Scans zeigen Schwingformen bei 1,77 MHz und 4,44 MHz, relevant für Ultraschall-Anwendungen. [2020 | 1:08 min]https://cdn.optomet.com/media/videos/applications/high-frequency-scanning/high-frequency-scanning-2160p.mp4682026-07-17T09:54:47.008+00:00 https://www.optomet.com/de/videos/schwingungsmessung-ueber-grosse-entfernungen2026-08-27T01:03:24.252ZSchwingungsmessung über große Entfernungenhttps://cdn.optomet.com/media/videos/applications/long-range-vibration-measurement/Schwingungsmessung-%C3%BCber-gro%C3%9Fe-Entfernungen.jpgPraxisdemo einer Fernmessung: Vom Fensterplatz aus misst das Vibrometer ein weit entferntes Ziel im Außenbereich, das Live-Signal erscheint sofort auf dem Laptop. Berührungslose Schwingungsmessung funktioniert auch über große Distanzen. [2018| 0:32 min]https://cdn.optomet.com/media/videos/applications/long-range-vibration-measurement/long-range-vibration-measurement-2160p.mp4322026-07-17T09:54:46.899+00:00 https://www.optomet.com/de/videos/3d-schwingungsmessung-an-einer-turbinenschaufel-112026-08-27T01:03:23.113Z3D-Schwingungsmessung an einer Turbinenschaufelhttps://cdn.optomet.com/media/videos/applications/turbine-blade-deflection-shapes/3D-Schwingungsmessung-an-einer-Turbinenschaufel-1.jpgBetriebsschwingformen einer Turbinenschaufel: Die auf dem Shaker angeregte Schaufel wird mit dem SWIR-Scanning-Vibrometer vollflächig abgetastet. Die Software zeigt die Schwingformen bei Frequenzen von 78,5 Hz bis 8,2 kHz. [2025 | 1:28 min]https://cdn.optomet.com/media/videos/applications/turbine-blade-deflection-shapes/turbine-blade-deflection-shapes-2160p.mp4882026-07-17T09:54:46.839+00:00 https://www.optomet.com/de/videos/modalanalyse-einer-turbinen-blisk2026-08-27T01:03:21.990ZModalanalyse einer Turbinen-Bliskhttps://cdn.optomet.com/media/videos/applications/high-temperature-vibrometry/Vibrometrie-eines-Hochtemperaturobjekts.jpgSchwingungsanalyse einer Turbinen-Blisk: Ein automatisierter Impulshammer regt das Bauteil an, das Scanning-Vibrometer erfasst die Antwort. Gezeigt werden Live-Messung, Schwingformen und Datenexport." [2022 | 2:24 min]https://cdn.optomet.com/media/videos/applications/high-temperature-vibrometry/high-temperature-vibrometry-720p.mp41442026-07-17T09:54:46.791+00:00 https://www.optomet.com/de/videos/schwingungsanalyse-einer-gedruckten-schaltung2026-08-27T01:03:20.941ZSchwingungsanalyse einer gedruckten Schaltunghttps://cdn.optomet.com/media/videos/applications/pcb-tesla-v2/Schwingungsanalyse-einer-gedruckten-Schaltung.jpgSchwingungsanalyse einer Elektronikbaugruppe: Das portable All-in-one-Scanning-Vibrometer scannt die auf dem Shaker angeregte Leiterplatte automatisch an vordefinierten Punkten. Verschiedene Ansichten zeigen die Schwingformen. [2020 | 1:04 min]https://cdn.optomet.com/media/videos/applications/pcb-tesla-v2/pcb-tesla-v2-2160p.mp4642026-07-17T09:46:01.784+00:00 https://www.optomet.com/de/videos/3d-bremsscheibendynamik-mit-laser-doppler-vibrometrie2026-08-27T01:03:19.791Z3D-Bremsscheibendynamik mit Laser-Doppler-Vibrometriehttps://cdn.optomet.com/media/videos/applications/brake-disc-dynamics/3D-Bremsscheibendynamik-mit-Laser-Doppler-Vibrometrie.jpg3D-Scanning-Vibrometrie an der Bremsscheibe: Drei Vibrometer messen berührungslos in allen Raumrichtungen, ohne Zusatzmasse. Von Geometrie-Import bis Betriebsschwingform liefert SmartLab belastbare 3D-Daten für die Entwicklung. [2025 | 1:05 min]https://cdn.optomet.com/media/videos/applications/brake-disc-dynamics/brake-disc-dynamics-2160p.mp4652026-07-15T14:35:02.210+00:00 https://www.optomet.com/de/videos/3d-schwingungsmessung-an-einer-turbinenschaufel2026-08-27T01:03:18.700Z3D-Schwingungsmessung an einer Turbinenschaufelhttps://cdn.optomet.com/media/videos/applications/turbine-blade-deflection-shapes/3D-Schwingungsmessung-an-einer-Turbinenschaufel-1.jpg3D-Schwingungsmessung einer Turbinenschaufel mit dem SMART 3D-System: automatischer Modalhammer, rundum verteilte Messpunkte, automatische Kalibrierung zum digitalen Zwilling. Out-of-plane- und In-plane-Moden werden präzise erfasst. [2025 | 0:52 min]https://cdn.optomet.com/media/videos/applications/turbine-blade-vibration/turbine-blade-vibration-2160p.mp4522026-07-15T14:35:02.179+00:00 https://www.optomet.com/de/videos/vollfeld-schwingungsmessung-ohne-sensoren2026-08-27T01:03:17.591ZVollfeld-Schwingungsmessung ohne Sensorenhttps://cdn.optomet.com/media/videos/technologies/full-field-vibrometry/Vollfeld-Schwingungsmessung-ohne-Sensoren-1.jpgMehrere SmartScan+ Vibrometer erfassen die Karosserie berührungslos mit tausenden Messpunkten, ohne Masse und Kabel am Objekt. SmartLab kalibriert alle Systeme in ein gemeinsames 3D-Referenzsystem, Resonanzen werden vollflächig sichtbar. [2026 | 1:12 min]https://cdn.optomet.com/media/videos/technologies/full-field-vibrometry/full-field-vibrometry-2160p.mp4722026-07-15T14:35:02.159+00:00 https://www.optomet.com/de/videos/optomet-smart-platform-lab-in-a-device2026-08-27T01:03:16.503ZOptomet SMART Platform – Lab-in-a-Devicehttps://cdn.optomet.com/media/videos/products/smart-platform/Optomet-SMART-Platform---Lab-in-a-Device-1.jpgProduktfilm zur SMART-Plattform: Vibrometer, Datenerfassung und Auswertung in einem Gerät, dem Lab-in-a-Device. Der Film zeigt den Systemgedanken von SMART Single+ bis SMART DAQ und Einsatzfelder von Automotive bis Turbine. [2024 | 2:38 min]https://cdn.optomet.com/media/videos/products/smart-platform/smart-platform-2160p.mp41582026-07-15T14:35:02.130+00:00 https://www.optomet.com/de/videos/beruehrungslose-defekterkennung-in-verbundlaminaten2026-08-27T01:03:15.432ZBerührungslose Defekterkennung in Verbundlaminatenhttps://cdn.optomet.com/media/videos/applications/composite-defect-detection/Ber%C3%BChrungslose-Defekterkennung-in-Verbundlaminaten.jpgZerstörungsfreie Prüfung an einer CFK-Platte: Ein Piezoaktor regt geführte Wellen an, das SWIR-Scanning-Vibrometer erfasst deren Ausbreitung vollflächig. An Fehlstellen ändert sich das Wellenfeld, Defekte werden berührungslos lokalisiert. [2019| 1:45 min]https://cdn.optomet.com/media/videos/applications/composite-defect-detection/composite-defect-detection-1080p.mp41052026-07-15T14:35:02.110+00:00 https://www.optomet.com/de/videos/verdraengungsvolumen-analyse-mit-ldv-von-der-schwingung-zum-schall2026-08-27T01:03:14.422ZVerdrängungsvolumen-Analyse mit LDV – Von der Schwingung zum Schallhttps://cdn.optomet.com/media/Verdr%C3%A4ngungsvolumen-Analyse-mit-LDV-%E2%80%93-Von-der-Schwingung-zum-Schall-1.jpgDie Verdrängungsvolumen-Analyse in SmartLab berechnet aus Schwingungsdaten das verdrängte Luftvolumen, gezeigt an einer Autotür. So wird sichtbar, warum starke Schwingung nicht immer Schall erzeugt: der akustische Kurzschluss. [2026 | 1:34 min]https://cdn.optomet.com/media/videos/technologies/displaced-volume-analysis/displaced-volume-analysis-2160p.mp4942026-07-15T14:35:02.069+00:00 https://www.optomet.com/de/videos/smartlab-vibroakustische-testplattform2026-08-27T01:03:13.251ZSmartLab – Vibroakustische Testplattformhttps://cdn.optomet.com/media/videos/products/smartlab/SmartLab-%E2%80%93-Vibroakustische-Testplattform.jpgSmartLab ist die Messsoftware der Optomet SMART-Serie. Das Video zeigt den Workflow von Vorlage über 3D-Modell-Import und Kalibrierung bis zur Messung. FRF-Animationen, Zeitdaten und Modalanalyse erscheinen in einer Umgebung. [2025 | 1:06 min]https://cdn.optomet.com/media/videos/products/smartlab/smartlab-2160p.mp4662026-07-15T14:35:02.008+00:00 https://www.optomet.com/videos/turbine-blade-mode-shape-at-1883-hz2026-08-27T01:03:43.675ZTurbine blade – mode shape at 1883 Hzhttps://cdn.optomet.com/media/videos/applications/turbine-blade-1883hz/Turbinenschaufel-%E2%80%93-3D-Scanning.jpgShort animation loop: the mode shape of a turbine blade at 1.883 Hz, measured using scanning laser vibrometry. [2025 | 0:04 min]https://cdn.optomet.com/media/videos/applications/turbine-blade-1883hz/turbine-blade-1883hz-2160p.mp442026-07-30T10:29:33.836+00:00 https://www.optomet.com/videos/time-domain-view-top-view2026-08-27T01:03:42.645ZTime-domain view – top viewhttps://cdn.optomet.com/media/videos/applications/time-vertical-view/Zeitbereichs-Ansicht-%E2%80%93-Draufsicht.jpgTime-domain visualization of a measurement on a honeycomb structure viewed from above: The propagation of the vibration across the structure is visualized point by point, with amplitudes in the nanometer range. [2020 | 0:13 min]https://cdn.optomet.com/media/videos/applications/time-vertical-view/time-vertical-view-720p.mp4132026-07-30T10:29:26.804+00:00 https://www.optomet.com/videos/time-domain-view-angled-perspective2026-08-27T01:03:41.623ZTime-domain view – angled perspectivehttps://cdn.optomet.com/media/videos/applications/time-angle-view/Zeitbereichs-Ansicht-%E2%80%93-Winkelperspektive.jpgTime-domain measurement of the honeycomb structure in an oblique view: From this perspective, the spatial propagation of the wave across the surface is particularly easy to see. [2020 | 0:11 min]https://cdn.optomet.com/media/videos/applications/time-angle-view/time-angle-view-720p.mp4112026-07-30T10:29:19.774+00:00 https://www.optomet.com/videos/modal-analysis-of-a-turbine-blade-with-smart-lab2026-08-27T01:03:40.567ZModal analysis of a turbine blade with SMART Labhttps://cdn.optomet.com/media/videos/applications/modal-analysis-turbine-blade/Modalanalyse-einer-Turbinenschaufel-mit-SMART-Lab.jpgQuick software insight: Modal analysis of a turbine blade in SMART Lab. Shown are natural frequencies with damping values, the MAC matrix for mode comparison, and fitted frequency response functions with automatic peak detection. [2025 | 0:22 min]https://cdn.optomet.com/media/videos/applications/modal-analysis-turbine-blade/modal-analysis-turbine-blade-1080p.mp4222026-07-30T10:29:05.605+00:00 https://www.optomet.com/videos/vibration-measurement-on-human-skin2026-08-27T01:03:39.553ZVibration measurement on human skinhttps://cdn.optomet.com/media/videos/applications/human-skin-measurement/Schwingungsmessung-auf-menschlicher-Haut-1.jpgVibration measurement directly on human skin: The compact fiber-optic sensor head captures the movement of the palm without contact, while the spectrum is displayed live in the software. Ideal for medical technology and biomechanics. [2019 | 0:16 min]https://cdn.optomet.com/media/videos/applications/human-skin-measurement/human-skin-measurement-1080p.mp4162026-07-30T10:28:58.416+00:00 https://www.optomet.com/videos/vector-micro-optics-setup-guide2026-08-27T01:03:38.588ZVector Micro-Optics – setup guidehttps://cdn.optomet.com/media/videos/products/micro-optic-vector-setup/Vector-Micro-Optics-%E2%80%93-Aufbau-und-Inbetriebnahme.jpgStep-by-step guide to setting up the Vector micro-optic: mounting it on the positioning stage, aligning it along three axes, and focusing the laser spot on the test object. The final result is a completed measurement in the OptoGUI software. [2022 | 1:23 min]https://cdn.optomet.com/media/videos/products/micro-optic-vector-setup/micro-optic-vector-setup-1080p.mp4832026-07-30T10:28:51.354+00:00 https://www.optomet.com/videos/modal-analysis-disk-and-impact-hammer2026-08-27T01:03:37.520ZModal analysis – disk and impact hammerhttps://cdn.optomet.com/media/videos/applications/modal-analysis-disk-hammer/Modalanalyse-%E2%80%93-Scheibe-und-Impulshammer.jpgScreencast of a modal analysis: A disc is excited using an impact hammer, while the software displays time signals, frequency response functions, and identified modes with their respective frequencies and damping. The mode shapes are animated on the mesh. [2021 | 1:49 min]https://cdn.optomet.com/media/videos/applications/modal-analysis-disk-hammer/modal-analysis-disk-hammer-1080p.mp41092026-07-30T10:28:44.264+00:00 https://www.optomet.com/videos/fiber-vibrometer-in-action2026-08-27T01:03:36.571ZFiber vibrometer in actionhttps://cdn.optomet.com/media/videos/products/fiber-vibrometer/Fiber-Vibrometer-im-Einsatz.jpgFiber vibrometer in action: Small passive sensor heads take measurements in hard-to-reach locations, here on an engine in a test stand. A fiber multiplexer enables switching between multiple sensor heads and measuring objects from different directions. [2018 | 0:28 min]https://cdn.optomet.com/media/videos/products/fiber-vibrometer/fiber-vibrometer-2160p.mp4282026-07-30T10:28:37.142+00:00 https://www.optomet.com/videos/automotive-acoustic-engineering-with-laser-vibrometry2026-08-27T01:03:35.469ZAutomotive acoustic engineering with laser vibrometryhttps://cdn.optomet.com/media/videos/applications/automotive-acoustic-engineering/Akustik-Engineering-im-Automobilbau-mit-Laservibrometrie.jpgAutomotive acoustic engineering: Laser vibrometers capture the entire surface of the vehicle body on the test bench in real time. SmartLab imports 3D models (NASTRAN, STL), while the data acquisition system directly integrates conventional NVH sensors. [2024 | 0:45 min]https://cdn.optomet.com/media/videos/applications/automotive-acoustic-engineering/automotive-acoustic-engineering-2160p.mp4452026-07-30T02:32:47.255+00:00 https://www.optomet.com/videos/high-dynamic-range2026-08-27T01:03:34.380ZHigh Dynamic Rangehttps://cdn.optomet.com/media/videos/technologies/high-dynamic-range-v2/Hoher-Dynamikbereich-1.jpgDemonstration of the dynamic range using a quartz clock movement: The shaker moves the component macroscopically, while the vibrometer simultaneously resolves the 32.768 kHz quartz oscillation in the nanometer range. 11 orders of magnitude in a single measurement. [2019| 1:24 min]https://cdn.optomet.com/media/videos/technologies/high-dynamic-range-v2/high-dynamic-range-v2-2160p.mp4842026-07-28T10:01:54.593+00:00 https://www.optomet.com/videos/out-of-plane-vibration-of-a-brake-disc-at-6-khz2026-08-27T01:03:33.390ZOut-of-plane vibration of a brake disc at 6 kHzhttps://cdn.optomet.com/media/videos/applications/brake-disc-out-of-plane-6khz/In-plane-vibration-of-a-brake-disc-at-6-kHz-1.jpgShort animation from SmartLab: the out-of-plane mode shape (motion perpendicular to the disc surface) of a brake disc at 6 kHz, measured non-contact using laser Doppler vibrometry. [2025 | 0:10 min]https://cdn.optomet.com/media/videos/applications/brake-disc-out-of-plane-6khz/brake-disc-out-of-plane-6khz-1080p.mp4102026-07-28T09:30:03.709+00:00 https://www.optomet.com/videos/in-plane-vibration-of-a-brake-disc-at-6-khz2026-08-27T01:03:32.500ZIn-plane vibration of a brake disc at 6 kHzhttps://cdn.optomet.com/media/brake-disc-in-plane-vibration-frequency-peaks.jpgShort animation from SMART Lab: the in-plane mode shape (motion within the disc plane) of a brake disc at 6 kHz, measured using 3D laser Doppler vibrometry. The counterpart to the video of the out-of-plane vibration. [2025 | 0:09 min]https://cdn.optomet.com/media/videos/applications/brake-disc-in-plane-6khz/brake-disc-in-plane-6khz-1080p.mp492026-07-28T09:30:03.698+00:00 https://www.optomet.com/videos/vibration-measurement-on-a-bridge2026-08-27T01:03:31.603ZVibration measurement on a bridgehttps://cdn.optomet.com/media/videos/applications/nova-xtra-bridge-v2/Schwingungsmessung-an-einer-Br%C3%BCcke-1.jpgVibration measurement on a bridge using the Nova Xtra long-range vibrometer: Thanks to its SWIR laser and integrated infrared camera, non-contact measurements can be performed from distances of up to 300 m without attaching sensors to the structure. [2020| 0:53 min]https://cdn.optomet.com/media/videos/applications/nova-xtra-bridge-v2/nova-xtra-bridge-v2-2160p.mp4532026-07-28T01:22:22.465+00:00 https://www.optomet.com/videos/full-field-3d-scan-of-a-pcb2026-08-27T01:03:30.609ZFull-field 3D scan of a PCBhttps://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-full/3D-Scan-einer-Leiterplatte-(Vollfeld).jpgFull-field 3D scan of a printed circuit board in SmartLab: The assembly, excited by the shaker, is scanned across its entire surface. The mode shapes of individual components, such as electrolytic capacitors, are visualized directly on the 3D model. [2025 | 0:41 min]https://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-full/pcb-3d-scanning-full-720p.mp4412026-07-28T01:22:22.454+00:00 https://www.optomet.com/videos/3d-scanning-of-a-pcb-on-a-shaker2026-08-27T01:03:29.701Z3D scanning of a PCB on a shakerhttps://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-shaker/3D-Scanning-einer-Leiterplatte-auf-dem-Shaker.jpgShort video of a 3D vibration measurement of an individual capacitor at resonance on a printed circuit board. [2025 | 0:04 min]https://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-shaker/pcb-3d-scanning-shaker-2160p.mp442026-07-28T01:22:22.426+00:00 https://www.optomet.com/videos/sound-field-of-an-acoustic-levitator2026-08-27T01:03:28.594ZSound field of an acoustic levitatorhttps://cdn.optomet.com/media/videos/applications/acoustic-levitator-sound-field/Schallfeld-eines-akustischen-Levitators.jpgUltrasound made visible: An acoustic levitator holds particles at the pressure nodes of a standing wave. The vibrometer maps the sound field by detecting changes in the refractive index of the air, producing amplitude and phase images. [2020 | 1:12 min]https://cdn.optomet.com/media/videos/applications/acoustic-levitator-sound-field/acoustic-levitator-sound-field-2160p.mp4722026-07-17T09:54:47.203+00:00 https://www.optomet.com/videos/vibration-and-geometry-of-a-cello2026-08-27T01:03:27.538ZVibration and Geometry of a Cellohttps://cdn.optomet.com/media/videos/applications/violoncello-douyin/Vibration-und-Geometrie-eines-Violoncellos.jpgVibration and geometry of a cello captured in a single measurement: The SWIR scanning vibrometer uses an infrared laser to acquire vibration and distance data, creating a 3D model with the mode shapes visualized directly on its surface. [2020 | 1:12 min]https://cdn.optomet.com/media/videos/applications/violoncello-v2/violoncello-v2-2160p.mp4722026-07-17T09:54:47.161+00:00 https://www.optomet.com/videos/vibrations-of-a-rough-rotating-grinding-wheel2026-08-27T01:03:26.439ZVibrations of a rough, rotating grinding wheelhttps://cdn.optomet.com/media/videos/applications/rotating-grinding-disc/Schwingungen-einer-rauen,-rotierenden-Schleifscheibe.jpgOperating deflection shapes of a rough, rotating grinding wheel at 5,800 rpm: Despite the dark surface and rotation, the vibrometer measures without contact. Shown: deflection shapes at the rotational frequency and its harmonics. [2020| 1:10 min]https://cdn.optomet.com/media/videos/applications/rotating-grinding-disc/rotating-grinding-disc-2160p.mp4702026-07-17T09:54:47.070+00:00 https://www.optomet.com/videos/high-frequency-scanning-measurement2026-08-27T01:03:25.314ZHigh-frequency scanning measurementhttps://cdn.optomet.com/media/videos/applications/high-frequency-scanning/Hochfrequenz-Scanning-Messung.jpgHigh-frequency scanning of a piezo buzzer: Equipped with the close-up unit, the all-in-one scanning vibrometer measures even the smallest structures. The scans reveal mode shapes at 1.77 MHz and 4.44 MHz, relevant to ultrasonic applications. [2020 | 1:08 min]https://cdn.optomet.com/media/videos/applications/high-frequency-scanning/high-frequency-scanning-2160p.mp4682026-07-17T09:54:47.008+00:00 https://www.optomet.com/videos/vibration-measurement-over-long-distances2026-08-27T01:03:24.252ZVibration measurement over long distanceshttps://cdn.optomet.com/media/videos/applications/long-range-vibration-measurement/Schwingungsmessung-%C3%BCber-gro%C3%9Fe-Entfernungen.jpgPractical demonstration of remote measurement: From a position by the window, the vibrometer measures a distant outdoor target, with the live signal appearing instantly on the laptop. Non-contact vibration measurement works even over long distances. [2018| 0:32 min]https://cdn.optomet.com/media/videos/applications/long-range-vibration-measurement/long-range-vibration-measurement-2160p.mp4322026-07-17T09:54:46.899+00:00 https://www.optomet.com/videos/3d-vibration-measurement-on-a-turbine-blade2026-08-27T01:03:23.113Z3D vibration measurement on a turbine bladehttps://cdn.optomet.com/media/videos/applications/turbine-blade-deflection-shapes/3D-Schwingungsmessung-an-einer-Turbinenschaufel-1.jpgOperational deflection shapes of a turbine blade: The blade excited on the shaker is scanned across its entire surface using the SWIR scanning vibrometer. The software displays the deflection shapes at frequencies ranging from 78.5 Hz to 8.2 kHz. [2025 | 1:28 min]https://cdn.optomet.com/media/videos/applications/turbine-blade-deflection-shapes/turbine-blade-deflection-shapes-2160p.mp4882026-07-17T09:54:46.839+00:00 https://www.optomet.com/videos/modal-analysis-of-a-turbine-blisk2026-08-27T01:03:21.990ZModal Analysis of a Turbine Bliskhttps://cdn.optomet.com/media/videos/applications/high-temperature-vibrometry/Vibrometrie-eines-Hochtemperaturobjekts.jpgVibration analysis of a turbine blisk: An automated impact hammer excites the component, while the scanning vibrometer captures its response. The video shows live measurement, mode shapes, and data export." [2022 | 2:24 min]https://cdn.optomet.com/media/videos/applications/high-temperature-vibrometry/high-temperature-vibrometry-720p.mp41442026-07-17T09:54:46.791+00:00 https://www.optomet.com/videos/vibration-analysis-of-a-printed-circuit2026-08-27T01:03:20.941ZVibration analysis of a printed circuithttps://cdn.optomet.com/media/videos/applications/pcb-tesla-v2/Schwingungsanalyse-einer-gedruckten-Schaltung.jpgVibration analysis of an electronic assembly: The portable all-in-one scanning vibrometer automatically scans the circuit board excited on the shaker at predefined points. Various views show the mode shapes. [2020 | 1:04 min]https://cdn.optomet.com/media/videos/applications/pcb-tesla-v2/pcb-tesla-v2-2160p.mp4642026-07-17T09:46:01.784+00:00 https://www.optomet.com/videos/3d-brake-disc-dynamics-with-laser-doppler-vibrometry2026-08-27T01:03:19.791Z3D Brake Disc Dynamics with Laser Doppler Vibrometryhttps://cdn.optomet.com/media/videos/applications/brake-disc-dynamics/3D-Bremsscheibendynamik-mit-Laser-Doppler-Vibrometrie.jpg3D scanning vibrometry on a brake disc: Three vibrometers perform non-contact measurements in all spatial directions without adding mass. From geometry import to operational deflection shape analysis, SmartLab delivers reliable 3D data for development. [2025 | 1:05 min]https://cdn.optomet.com/media/videos/applications/brake-disc-dynamics/brake-disc-dynamics-2160p.mp4652026-07-15T14:35:02.210+00:00 https://www.optomet.com/videos/3d-vibration-measurement-of-a-turbine-blade2026-08-27T01:03:18.700Z3D Vibration Measurement of a Turbine Bladehttps://cdn.optomet.com/media/videos/applications/turbine-blade-deflection-shapes/3D-Schwingungsmessung-an-einer-Turbinenschaufel-1.jpg3D vibration measurement of a turbine blade using the SMART 3D system: automated modal hammer, measurement points distributed around the entire blade, and automatic calibration to the digital twin. Out-of-plane and in-plane modes are captured with high precision. [2025 | 0:52 min]https://cdn.optomet.com/media/videos/applications/turbine-blade-vibration/turbine-blade-vibration-2160p.mp4522026-07-15T14:35:02.179+00:00 https://www.optomet.com/videos/full-field-vibration-measurement-without-sensors2026-08-27T01:03:17.591ZFull-Field Vibration Measurement without Sensorshttps://cdn.optomet.com/media/videos/technologies/full-field-vibrometry/Vollfeld-Schwingungsmessung-ohne-Sensoren-1.jpgMultiple SMART Scan+ vibrometers capture the vehicle body non-contact at thousands of measurement points, without adding mass or attaching cables to the object. SMART Lab calibrates all systems within a common 3D reference system, providing full-field visualization of resonances. [2026 | 1:12 min]https://cdn.optomet.com/media/videos/technologies/full-field-vibrometry/full-field-vibrometry-2160p.mp4722026-07-15T14:35:02.159+00:00 https://www.optomet.com/videos/optomet-smart-platform-lab-in-a-device2026-08-27T01:03:16.503ZOptomet SMART Platform - Lab-in-a-Devicehttps://cdn.optomet.com/media/videos/products/smart-platform/Optomet-SMART-Platform---Lab-in-a-Device-1.jpgProduct video on the SMART platform: vibrometer, data acquisition, and analysis in a single device—the Lab-in-a-Device. The video showcases the SMART system concept, from SMART Single+ to SMART DAQ, and applications ranging from automotive engineering to turbines. [2024 | 2:38 min]https://cdn.optomet.com/media/videos/products/smart-platform/smart-platform-2160p.mp41582026-07-15T14:35:02.130+00:00 https://www.optomet.com/videos/non-contact-defect-detection-in-composite-laminates2026-08-27T01:03:15.432ZNon-Contact Defect Detection in Composite Laminateshttps://cdn.optomet.com/media/videos/applications/composite-defect-detection/Ber%C3%BChrungslose-Defekterkennung-in-Verbundlaminaten.jpgNon-destructive testing of a CFRP panel: A piezo actuator excites guided waves, and the SWIR scanning vibrometer captures their propagation across the entire surface. The wave field changes at discontinuities, allowing defects to be located without contact. [2019| 1:45 min]https://cdn.optomet.com/media/videos/applications/composite-defect-detection/composite-defect-detection-1080p.mp41052026-07-15T14:35:02.110+00:00 https://www.optomet.com/videos/displaced-volume-analysis-with-ldv-from-vibration-to-sound2026-08-27T01:03:14.422ZDisplaced Volume Analysis with LDV - From Vibration to Soundhttps://cdn.optomet.com/media/Verdr%C3%A4ngungsvolumen-Analyse-mit-LDV-%E2%80%93-Von-der-Schwingung-zum-Schall-1.jpgThe displacement volume analysis in SmartLab calculates the displaced air volume from vibration data, demonstrated using a car door. This reveals why strong vibration does not always generate sound: the acoustic short circuit. [2026 | 1:34 min]https://cdn.optomet.com/media/videos/technologies/displaced-volume-analysis/displaced-volume-analysis-2160p.mp4942026-07-15T14:35:02.069+00:00 https://www.optomet.com/videos/smartlab-vibroacoustic-test-platform2026-08-27T01:03:13.251ZSmartLab - Vibroacoustic Test Platformhttps://cdn.optomet.com/media/videos/products/smartlab/SmartLab-%E2%80%93-Vibroakustische-Testplattform.jpgSmartLab is the measurement software for the Optomet SMART Series. The video demonstrates the workflow from template setup and 3D model import through calibration and measurement. FRF animations, time data, and modal analysis are all displayed in a single environment. [2025 | 1:06 min]https://cdn.optomet.com/media/videos/products/smartlab/smartlab-2160p.mp4662026-07-15T14:35:02.008+00:00 https://www.optomet.com/fr/videos/aube-de-turbine-deformee-modale-a-1883-hz2026-08-27T01:03:43.675ZAube de turbine – déformée modale à 1883 Hzhttps://cdn.optomet.com/media/videos/applications/turbine-blade-1883hz/Turbinenschaufel-%E2%80%93-3D-Scanning.jpgCourte animation en boucle : forme modale d’une aube de turbine à 1.883 Hz, mesurée par vibrométrie laser à balayage. [2025 | 0:04 min]https://cdn.optomet.com/media/videos/applications/turbine-blade-1883hz/turbine-blade-1883hz-2160p.mp442026-07-30T10:29:33.836+00:00 https://www.optomet.com/fr/videos/vue-temporelle-vue-de-dessus2026-08-27T01:03:42.645ZVue temporelle – vue de dessushttps://cdn.optomet.com/media/videos/applications/time-vertical-view/Zeitbereichs-Ansicht-%E2%80%93-Draufsicht.jpgReprésentation dans le domaine temporel d’une mesure effectuée sur une structure en nid d’abeille vue de dessus : la propagation de la vibration à travers la structure est visualisée point par point, avec des amplitudes de l’ordre du nanomètre. [2020 | 0:13 min]https://cdn.optomet.com/media/videos/applications/time-vertical-view/time-vertical-view-720p.mp4132026-07-30T10:29:26.804+00:00 https://www.optomet.com/fr/videos/vue-temporelle-perspective-inclinee2026-08-27T01:03:41.623ZVue temporelle – perspective inclinéehttps://cdn.optomet.com/media/videos/applications/time-angle-view/Zeitbereichs-Ansicht-%E2%80%93-Winkelperspektive.jpgMesure dans le domaine temporel de la structure en nid d’abeille en vue oblique : cette perspective permet de particulièrement bien observer la propagation spatiale de l’onde à la surface. [2020 | 0:11 min]https://cdn.optomet.com/media/videos/applications/time-angle-view/time-angle-view-720p.mp4112026-07-30T10:29:19.774+00:00 https://www.optomet.com/fr/videos/analyse-modale-d-une-aube-de-turbine-avec-smart-lab2026-08-27T01:03:40.567ZAnalyse modale d'une aube de turbine avec SMART Labhttps://cdn.optomet.com/media/videos/applications/modal-analysis-turbine-blade/Modalanalyse-einer-Turbinenschaufel-mit-SMART-Lab.jpgBref aperçu du logiciel : analyse modale d’une aube de turbine dans SmartLab. La vidéo présente les fréquences propres avec leurs valeurs d’amortissement, la matrice MAC pour la comparaison des modes ainsi que les réponses en fréquence ajustées avec détection automatique des pics. [2025 | 0:22 min]https://cdn.optomet.com/media/videos/applications/modal-analysis-turbine-blade/modal-analysis-turbine-blade-1080p.mp4222026-07-30T10:29:05.605+00:00 https://www.optomet.com/fr/videos/mesure-de-vibrations-sur-la-peau-humaine2026-08-27T01:03:39.553ZMesure de vibrations sur la peau humainehttps://cdn.optomet.com/media/videos/applications/human-skin-measurement/Schwingungsmessung-auf-menschlicher-Haut-1.jpgMesure des vibrations directement sur la peau humaine : la tête de mesure à fibre compacte détecte sans contact les mouvements de la paume de la main, tandis que le spectre s’affiche en temps réel dans le logiciel. Une solution particulièrement intéressante pour les technologies médicales et la biomécanique. [2019 | 0:16 min]https://cdn.optomet.com/media/videos/applications/human-skin-measurement/human-skin-measurement-1080p.mp4162026-07-30T10:28:58.416+00:00 https://www.optomet.com/fr/videos/vector-micro-optics-guide-d-installation2026-08-27T01:03:38.588ZVector Micro-Optics – guide d'installationhttps://cdn.optomet.com/media/videos/products/micro-optic-vector-setup/Vector-Micro-Optics-%E2%80%93-Aufbau-und-Inbetriebnahme.jpgGuide pas à pas pour l’installation de la micro-optique Vector : montage sur la platine de positionnement, alignement sur trois axes et focalisation du spot laser sur l’échantillon. La procédure s’achève par la mesure finalisée dans le logiciel OptoGUI. [2022 | 1:23 min]https://cdn.optomet.com/media/videos/products/micro-optic-vector-setup/micro-optic-vector-setup-1080p.mp4832026-07-30T10:28:51.354+00:00 https://www.optomet.com/fr/videos/analyse-modale-disque-et-marteau-d-impact2026-08-27T01:03:37.520ZAnalyse modale – disque et marteau d'impacthttps://cdn.optomet.com/media/videos/applications/modal-analysis-disk-hammer/Modalanalyse-%E2%80%93-Scheibe-und-Impulshammer.jpgScreencast d’une analyse modale : un disque est excité à l’aide d’un marteau d’impact ; le logiciel affiche les signaux temporels, les réponses en fréquence et les modes identifiés avec leur fréquence et leur amortissement. Les déformées modales sont animées sur le maillage. [2021 | 1:49 min]https://cdn.optomet.com/media/videos/applications/modal-analysis-disk-hammer/modal-analysis-disk-hammer-1080p.mp41092026-07-30T10:28:44.264+00:00 https://www.optomet.com/fr/videos/vibrometre-a-fibre-en-action2026-08-27T01:03:36.571ZVibromètre à fibre en actionhttps://cdn.optomet.com/media/videos/products/fiber-vibrometer/Fiber-Vibrometer-im-Einsatz.jpgVibromètres à fibre en action : de petites têtes de mesure passives effectuent des mesures dans des zones difficiles d’accès, ici sur un moteur installé sur un banc d’essai. Un multiplexeur à fibre permet de commuter entre plusieurs têtes de mesure et d’analyser des objets sous différents angles. [2018 | 0:28 min]https://cdn.optomet.com/media/videos/products/fiber-vibrometer/fiber-vibrometer-2160p.mp4282026-07-30T10:28:37.142+00:00 https://www.optomet.com/fr/videos/ingenierie-acoustique-automobile-par-vibrometrie-laser2026-08-27T01:03:35.469ZIngénierie acoustique automobile par vibrométrie laserhttps://cdn.optomet.com/media/videos/applications/automotive-acoustic-engineering/Akustik-Engineering-im-Automobilbau-mit-Laservibrometrie.jpgIngénierie acoustique dans l’industrie automobile : les vibromètres laser mesurent l’ensemble de la carrosserie sur banc d’essai, en temps réel. SmartLab importe des modèles 3D (NASTRAN, STL) ; l’acquisition de données intègre directement les capteurs NVH classiques. [2024 | 0:45 min]https://cdn.optomet.com/media/videos/applications/automotive-acoustic-engineering/automotive-acoustic-engineering-2160p.mp4452026-07-30T02:32:47.255+00:00 https://www.optomet.com/fr/videos/plage-dynamique-elevee2026-08-27T01:03:34.380ZPlage Dynamique Élevéehttps://cdn.optomet.com/media/videos/technologies/high-dynamic-range-v2/Hoher-Dynamikbereich-1.jpgDémonstration de la plage dynamique sur un mouvement à quartz : le pot vibrant déplace le composant à l’échelle macroscopique, tandis que le vibromètre détecte simultanément l’oscillation du quartz à 32,768 kHz dans la plage nanométrique. 11 ordres de grandeur en une seule mesure. [2019| 1:24 min]https://cdn.optomet.com/media/videos/technologies/high-dynamic-range-v2/high-dynamic-range-v2-2160p.mp4842026-07-28T10:01:54.593+00:00 https://www.optomet.com/fr/videos/vibration-hors-plan-d-un-disque-de-frein-a-6-khz2026-08-27T01:03:33.390ZVibration hors plan d'un disque de frein à 6 kHzhttps://cdn.optomet.com/media/videos/applications/brake-disc-out-of-plane-6khz/In-plane-vibration-of-a-brake-disc-at-6-kHz-1.jpgCourte animation issue de SmartLab : la déformée vibratoire hors plan (mouvement perpendiculaire à la surface du disque) d’un disque de frein à 6 kHz, mesurée sans contact par vibrométrie laser Doppler. [2025 | 0:10 min]https://cdn.optomet.com/media/videos/applications/brake-disc-out-of-plane-6khz/brake-disc-out-of-plane-6khz-1080p.mp4102026-07-28T09:30:03.709+00:00 https://www.optomet.com/fr/videos/vibration-dans-le-plan-d-un-disque-de-frein-a-6-khz2026-08-27T01:03:32.500ZVibration dans le plan d'un disque de frein à 6 kHzhttps://cdn.optomet.com/media/brake-disc-in-plane-vibration-frequency-peaks.jpgCourte animation issue de SmartLab : le mode vibratoire dans le plan (mouvement dans le plan du disque) d’un disque de frein à 6 kHz, mesuré par vibrométrie laser Doppler 3D. Le pendant de la vidéo montrant la vibration hors plan. [2025 | 0:09 min]https://cdn.optomet.com/media/videos/applications/brake-disc-in-plane-6khz/brake-disc-in-plane-6khz-1080p.mp492026-07-28T09:30:03.698+00:00 https://www.optomet.com/fr/videos/mesure-de-vibrations-sur-un-pont2026-08-27T01:03:31.603ZMesure de vibrations sur un ponthttps://cdn.optomet.com/media/videos/applications/nova-xtra-bridge-v2/Schwingungsmessung-an-einer-Br%C3%BCcke-1.jpgMesure des vibrations d’un pont avec le vibromètre longue portée Nova Xtra : grâce au laser SWIR et à la caméra infrarouge intégrée, des mesures sans contact sont possibles jusqu’à 300 m de distance, sans capteurs sur l’ouvrage. [2020| 0:53 min]https://cdn.optomet.com/media/videos/applications/nova-xtra-bridge-v2/nova-xtra-bridge-v2-2160p.mp4532026-07-28T01:22:22.465+00:00 https://www.optomet.com/fr/videos/scan-3d-plein-champ-d-un-circuit-imprime2026-08-27T01:03:30.609ZScan 3D plein champ d'un circuit impriméhttps://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-full/3D-Scan-einer-Leiterplatte-(Vollfeld).jpgScan 3D plein champ d’un circuit imprimé dans SmartLab : l’ensemble excité sur le pot vibrant est scanné sur toute sa surface. Les modes vibratoires de composants individuels, tels que les condensateurs électrolytiques, sont directement visualisés sur le modèle 3D. [2025 | 0:41 min]https://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-full/pcb-3d-scanning-full-720p.mp4412026-07-28T01:22:22.454+00:00 https://www.optomet.com/fr/videos/balayage-3d-d-un-circuit-imprime-sur-shaker2026-08-27T01:03:29.701ZBalayage 3D d'un circuit imprimé sur shakerhttps://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-shaker/3D-Scanning-einer-Leiterplatte-auf-dem-Shaker.jpgCourte vidéo d’une mesure vibratoire 3D d’un condensateur individuel en résonance sur un circuit imprimé. [2025 | 0:04 min]https://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-shaker/pcb-3d-scanning-shaker-2160p.mp442026-07-28T01:22:22.426+00:00 https://www.optomet.com/fr/videos/champ-sonore-d-un-levitateur-acoustique2026-08-27T01:03:28.594ZChamp sonore d'un lévitateur acoustiquehttps://cdn.optomet.com/media/videos/applications/acoustic-levitator-sound-field/Schallfeld-eines-akustischen-Levitators.jpgVisualisation des ultrasons : un lévitateur acoustique maintient des particules dans les nœuds de pression d’une onde stationnaire. Le vibromètre cartographie le champ acoustique à partir des variations de l’indice de réfraction de l’air, sous forme d’images d’amplitude et de phase. [2020 | 1:12 min]https://cdn.optomet.com/media/videos/applications/acoustic-levitator-sound-field/acoustic-levitator-sound-field-2160p.mp4722026-07-17T09:54:47.203+00:00 https://www.optomet.com/fr/videos/vibration-et-geometrie-d-un-violoncelle2026-08-27T01:03:27.538ZVibration et géométrie d'un violoncellehttps://cdn.optomet.com/media/videos/applications/violoncello-douyin/Vibration-und-Geometrie-eines-Violoncellos.jpgVibrations et géométrie d’un violoncelle en une seule mesure : le vibromètre à balayage SWIR fournit, grâce à un laser infrarouge, des données de vibration et de distance. Il permet ainsi de générer la géométrie 3D, avec les modes vibratoires directement représentés sur celle-ci. [2020 | 1:12 min]https://cdn.optomet.com/media/videos/applications/violoncello-v2/violoncello-v2-2160p.mp4722026-07-17T09:54:47.161+00:00 https://www.optomet.com/fr/videos/vibrations-d-une-meule-abrasive-rugueuse-et-rotative2026-08-27T01:03:26.439ZVibrations d'une meule abrasive rugueuse et rotativehttps://cdn.optomet.com/media/videos/applications/rotating-grinding-disc/Schwingungen-einer-rauen,-rotierenden-Schleifscheibe.jpgDéformées opérationnelles d’une meule rugueuse tournant à 5.800 tr/min : malgré la surface sombre et la rotation, le vibromètre effectue une mesure sans contact. À voir : déformées vibratoires à la fréquence de rotation et à ses harmoniques. [2020| 1:10 min]https://cdn.optomet.com/media/videos/applications/rotating-grinding-disc/rotating-grinding-disc-2160p.mp4702026-07-17T09:54:47.070+00:00 https://www.optomet.com/fr/videos/mesure-de-balayage-haute-frequence2026-08-27T01:03:25.314ZMesure de balayage haute fréquencehttps://cdn.optomet.com/media/videos/applications/high-frequency-scanning/Hochfrequenz-Scanning-Messung.jpgBalayage haute fréquence sur un buzzer piézoélectrique : grâce à l’unité Close-up, le vibromètre de balayage tout-en-un mesure les structures les plus petites. Les balayages révèlent les déformées vibratoires à 1,77 MHz et 4,44 MHz, pertinentes pour les applications ultrasonores. [2020 | 1:08 min]https://cdn.optomet.com/media/videos/applications/high-frequency-scanning/high-frequency-scanning-2160p.mp4682026-07-17T09:54:47.008+00:00 https://www.optomet.com/fr/videos/mesure-des-vibrations-sur-de-grandes-distances2026-08-27T01:03:24.252ZMesure des vibrations sur de grandes distanceshttps://cdn.optomet.com/media/videos/applications/long-range-vibration-measurement/Schwingungsmessung-%C3%BCber-gro%C3%9Fe-Entfernungen.jpgDémonstration pratique d’une mesure à distance : depuis une fenêtre, le vibromètre mesure une cible extérieure très éloignée, tandis que le signal en direct s’affiche immédiatement sur l’ordinateur portable. La mesure vibratoire sans contact fonctionne également sur de grandes distances. [2018| 0:32 min]https://cdn.optomet.com/media/videos/applications/long-range-vibration-measurement/long-range-vibration-measurement-2160p.mp4322026-07-17T09:54:46.899+00:00 https://www.optomet.com/fr/videos/mesure-des-vibrations-3d-sur-une-aube-de-turbine-112026-08-27T01:03:23.113ZMesure des vibrations 3D sur une aube de turbinehttps://cdn.optomet.com/media/videos/applications/turbine-blade-deflection-shapes/3D-Schwingungsmessung-an-einer-Turbinenschaufel-1.jpgDéformées vibratoires en fonctionnement d’une aube de turbine : l’aube excitée par le pot vibrant est balayée sur toute sa surface à l’aide du vibromètre à balayage SWIR. Le logiciel affiche les déformées vibratoires à des fréquences comprises entre 78,5 Hz et 8,2 kHz. [2025 | 1:28 min]https://cdn.optomet.com/media/videos/applications/turbine-blade-deflection-shapes/turbine-blade-deflection-shapes-2160p.mp4882026-07-17T09:54:46.839+00:00 https://www.optomet.com/fr/videos/analyse-modale-d-un-disque-aubage-monobloc-de-turbine2026-08-27T01:03:21.990ZAnalyse modale d’un disque aubagé monobloc de turbinehttps://cdn.optomet.com/media/videos/applications/high-temperature-vibrometry/Vibrometrie-eines-Hochtemperaturobjekts.jpgAnalyse vibratoire d’un blisk de turbine : un marteau d’impact automatisé excite la pièce, tandis que le vibromètre à balayage en mesure la réponse. La vidéo présente la mesure en direct, les modes propres et l’exportation des données." [2022 | 2:24 min]https://cdn.optomet.com/media/videos/applications/high-temperature-vibrometry/high-temperature-vibrometry-720p.mp41442026-07-17T09:54:46.791+00:00 https://www.optomet.com/fr/videos/analyse-des-vibrations-d-un-circuit-imprime2026-08-27T01:03:20.941ZAnalyse des vibrations d'un circuit impriméhttps://cdn.optomet.com/media/videos/applications/pcb-tesla-v2/Schwingungsanalyse-einer-gedruckten-Schaltung.jpgAnalyse vibratoire d’un module électronique : le vibromètre à balayage portable tout-en-un scanne automatiquement, en des points prédéfinis, la carte de circuit imprimé excitée par le pot vibrant. Différentes vues permettent de visualiser les modes de vibration. [2020 | 1:04 min]https://cdn.optomet.com/media/videos/applications/pcb-tesla-v2/pcb-tesla-v2-2160p.mp4642026-07-17T09:46:01.784+00:00 https://www.optomet.com/fr/videos/dynamique-3d-des-disques-de-frein-avec-vibrometrie-laser-doppler2026-08-27T01:03:19.791ZDynamique 3D des disques de frein avec vibrométrie laser Dopplerhttps://cdn.optomet.com/media/videos/applications/brake-disc-dynamics/3D-Bremsscheibendynamik-mit-Laser-Doppler-Vibrometrie.jpgVibrométrie 3D par balayage sur un disque de frein : trois vibromètres mesurent sans contact dans toutes les directions de l’espace, sans masse ajoutée. De l’importation de la géométrie à la déformée opérationnelle, SmartLab fournit des données 3D fiables pour le développement. [2025 | 1:05 min]https://cdn.optomet.com/media/videos/applications/brake-disc-dynamics/brake-disc-dynamics-2160p.mp4652026-07-15T14:35:02.210+00:00 https://www.optomet.com/fr/videos/mesure-des-vibrations-3d-sur-une-aube-de-turbine2026-08-27T01:03:18.700ZMesure des vibrations 3D sur une aube de turbinehttps://cdn.optomet.com/media/videos/applications/turbine-blade-deflection-shapes/3D-Schwingungsmessung-an-einer-Turbinenschaufel-1.jpgMesure vibratoire 3D d’une aube de turbine avec le système SMART 3D : marteau modal automatique, points de mesure répartis sur tout le pourtour, étalonnage automatique par rapport au jumeau numérique. Les modes hors plan et dans le plan sont mesurés avec précision. [2025 | 0:52 min]https://cdn.optomet.com/media/videos/applications/turbine-blade-vibration/turbine-blade-vibration-2160p.mp4522026-07-15T14:35:02.179+00:00 https://www.optomet.com/fr/videos/mesure-des-vibrations-en-champ-complet-sans-capteurs2026-08-27T01:03:17.591ZMesure des vibrations en champ complet sans capteurshttps://cdn.optomet.com/media/videos/technologies/full-field-vibrometry/Vollfeld-Schwingungsmessung-ohne-Sensoren-1.jpgPlusieurs vibromètres SMART Scan+ mesurent la carrosserie sans contact en des milliers de points, sans ajouter de masse ni de câbles à l’objet. SMART Lab calibre tous les systèmes dans un référentiel 3D commun, rendant les résonances visibles sur l’ensemble de la surface. [2026 | 1:12 min]https://cdn.optomet.com/media/videos/technologies/full-field-vibrometry/full-field-vibrometry-2160p.mp4722026-07-15T14:35:02.159+00:00 https://www.optomet.com/fr/videos/plateforme-optomet-smart-laboratoire-integre2026-08-27T01:03:16.503ZPlateforme Optomet SMART – Laboratoire intégréhttps://cdn.optomet.com/media/videos/products/smart-platform/Optomet-SMART-Platform---Lab-in-a-Device-1.jpgFilm de présentation de la plateforme SMART : vibromètre, acquisition et analyse des données réunis dans un seul appareil, le Lab-in-a-Device. Le film présente le concept système, de SMART Single+ à SMART DAQ, ainsi que des domaines d’application allant de l’automobile aux turbines. [2024 | 2:38 min]https://cdn.optomet.com/media/videos/products/smart-platform/smart-platform-2160p.mp41582026-07-15T14:35:02.130+00:00 https://www.optomet.com/fr/videos/detection-sans-contact-des-defauts-dans-les-lamines-composites2026-08-27T01:03:15.432ZDétection sans contact des défauts dans les laminés compositeshttps://cdn.optomet.com/media/videos/applications/composite-defect-detection/Ber%C3%BChrungslose-Defekterkennung-in-Verbundlaminaten.jpgContrôle non destructif d’une plaque en PRFC : un actionneur piézoélectrique génère des ondes guidées, tandis que le vibromètre à balayage SWIR mesure leur propagation sur toute la surface. Le champ d’ondes est modifié au niveau des discontinuités, ce qui permet de localiser les défauts sans contact. [2019| 1:45 min]https://cdn.optomet.com/media/videos/applications/composite-defect-detection/composite-defect-detection-1080p.mp41052026-07-15T14:35:02.110+00:00 https://www.optomet.com/fr/videos/analyse-du-volume-de-deplacement-avec-ldv-de-la-vibration-au-son2026-08-27T01:03:14.422ZAnalyse du volume de déplacement avec LDV – De la vibration au sonhttps://cdn.optomet.com/media/Verdr%C3%A4ngungsvolumen-Analyse-mit-LDV-%E2%80%93-Von-der-Schwingung-zum-Schall-1.jpgL’analyse du volume déplacé dans SmartLab calcule, à partir des données vibratoires, le volume d’air déplacé, comme l’illustre l’exemple d’une portière automobile. Elle montre pourquoi de fortes vibrations ne génèrent pas toujours de son : c’est le court-circuit acoustique. [2026 | 1:34 min]https://cdn.optomet.com/media/videos/technologies/displaced-volume-analysis/displaced-volume-analysis-2160p.mp4942026-07-15T14:35:02.069+00:00 https://www.optomet.com/fr/videos/smart-lab-plateforme-de-test-vibroacoustique2026-08-27T01:03:13.251ZSMART Lab – Plateforme de test vibroacoustiquehttps://cdn.optomet.com/media/videos/products/smartlab/SmartLab-%E2%80%93-Vibroakustische-Testplattform.jpgSmartLab est le logiciel de mesure de la série SMART d’Optomet. La vidéo présente le flux de travail, de la création d’un modèle à l’importation du modèle 3D et à l’étalonnage, jusqu’à la mesure. Les animations FRF, les données temporelles et l’analyse modale sont réunies dans un même environnement. [2025 | 1:06 min]https://cdn.optomet.com/media/videos/products/smartlab/smartlab-2160p.mp4662026-07-15T14:35:02.008+00:00 https://www.optomet.com/es/videos/alabe-de-turbina-forma-modal-a-1883-hz2026-08-27T01:03:43.675ZÁlabe de turbina – forma modal a 1883 Hzhttps://cdn.optomet.com/media/videos/applications/turbine-blade-1883hz/Turbinenschaufel-%E2%80%93-3D-Scanning.jpgBreve animación en bucle: forma modal de un álabe de turbina a 1.883 Hz, medida mediante vibrometría láser de barrido. [2025 | 0:04 min]https://cdn.optomet.com/media/videos/applications/turbine-blade-1883hz/turbine-blade-1883hz-2160p.mp442026-07-30T10:29:33.836+00:00 https://www.optomet.com/es/videos/vista-temporal-vista-superior2026-08-27T01:03:42.645ZVista temporal – vista superiorhttps://cdn.optomet.com/media/videos/applications/time-vertical-view/Zeitbereichs-Ansicht-%E2%80%93-Draufsicht.jpgRepresentación en el dominio temporal de una medición realizada sobre una estructura de panal en vista superior: la propagación de la vibración a través de la estructura se hace visible punto por punto, con amplitudes en el rango nanométrico. [2020 | 0:13 min]https://cdn.optomet.com/media/videos/applications/time-vertical-view/time-vertical-view-720p.mp4132026-07-30T10:29:26.804+00:00 https://www.optomet.com/es/videos/vista-temporal-perspectiva-en-angulo2026-08-27T01:03:41.623ZVista temporal – perspectiva en ángulohttps://cdn.optomet.com/media/videos/applications/time-angle-view/Zeitbereichs-Ansicht-%E2%80%93-Winkelperspektive.jpgMedición en el dominio temporal de la estructura de panal en vista oblicua: desde esta perspectiva se aprecia especialmente bien la propagación espacial de la onda sobre la superficie. [2020 | 0:11 min]https://cdn.optomet.com/media/videos/applications/time-angle-view/time-angle-view-720p.mp4112026-07-30T10:29:19.774+00:00 https://www.optomet.com/es/videos/analisis-modal-de-un-alabe-de-turbina-con-smart-lab2026-08-27T01:03:40.567ZAnálisis modal de un álabe de turbina con SMART Labhttps://cdn.optomet.com/media/videos/applications/modal-analysis-turbine-blade/Modalanalyse-einer-Turbinenschaufel-mit-SMART-Lab.jpgBreve vistazo al software: análisis modal de un álabe de turbina en SmartLab. Se muestran las frecuencias propias con sus valores de amortiguamiento, la matriz MAC para comparar modos y las respuestas en frecuencia ajustadas con detección automática de picos. [2025 | 0:22 min]https://cdn.optomet.com/media/videos/applications/modal-analysis-turbine-blade/modal-analysis-turbine-blade-1080p.mp4222026-07-30T10:29:05.605+00:00 https://www.optomet.com/es/videos/medicion-de-vibraciones-sobre-piel-humana2026-08-27T01:03:39.553ZMedición de vibraciones sobre piel humanahttps://cdn.optomet.com/media/videos/applications/human-skin-measurement/Schwingungsmessung-auf-menschlicher-Haut-1.jpgMedición de vibraciones directamente sobre la piel humana: el compacto cabezal de medición de fibra detecta sin contacto el movimiento de la palma de la mano, mientras el espectro se muestra en tiempo real en el software. De interés para la tecnología médica y la biomecánica. [2019 | 0:16 min]https://cdn.optomet.com/media/videos/applications/human-skin-measurement/human-skin-measurement-1080p.mp4162026-07-30T10:28:58.416+00:00 https://www.optomet.com/es/videos/vector-micro-optics-guia-de-montaje2026-08-27T01:03:38.588ZVector Micro-Optics – guía de montajehttps://cdn.optomet.com/media/videos/products/micro-optic-vector-setup/Vector-Micro-Optics-%E2%80%93-Aufbau-und-Inbetriebnahme.jpgGuía paso a paso para la instalación de la microóptica Vector: montaje en la mesa de posicionamiento, alineación en tres ejes y enfoque del punto láser sobre la muestra. El proceso culmina con la medición final en el software OptoGUI. [2022 | 1:23 min]https://cdn.optomet.com/media/videos/products/micro-optic-vector-setup/micro-optic-vector-setup-1080p.mp4832026-07-30T10:28:51.354+00:00 https://www.optomet.com/es/videos/analisis-modal-disco-y-martillo-de-impacto2026-08-27T01:03:37.520ZAnálisis modal – disco y martillo de impactohttps://cdn.optomet.com/media/videos/applications/modal-analysis-disk-hammer/Modalanalyse-%E2%80%93-Scheibe-und-Impulshammer.jpgScreencast de un análisis modal: se excita un disco con un martillo de impacto y el software muestra las señales temporales, las respuestas en frecuencia y los modos identificados, con su frecuencia y amortiguamiento. Las formas modales se animan sobre la malla. [2021 | 1:49 min]https://cdn.optomet.com/media/videos/applications/modal-analysis-disk-hammer/modal-analysis-disk-hammer-1080p.mp41092026-07-30T10:28:44.264+00:00 https://www.optomet.com/es/videos/vibrometro-de-fibra-en-accion2026-08-27T01:03:36.571ZVibrómetro de fibra en acciónhttps://cdn.optomet.com/media/videos/products/fiber-vibrometer/Fiber-Vibrometer-im-Einsatz.jpgVibrómetro de fibra en acción: pequeños cabezales de medición pasivos permiten medir en puntos de difícil acceso, en este caso en un motor instalado en un banco de pruebas. Mediante un multiplexor de fibra es posible conmutar varios cabezales de medición y captar objetos desde distintas direcciones. [2018 | 0:28 min]https://cdn.optomet.com/media/videos/products/fiber-vibrometer/fiber-vibrometer-2160p.mp4282026-07-30T10:28:37.142+00:00 https://www.optomet.com/es/videos/ingenieria-acustica-del-automovil-con-vibrometria-laser2026-08-27T01:03:35.469ZIngeniería acústica del automóvil con vibrometría láserhttps://cdn.optomet.com/media/videos/applications/automotive-acoustic-engineering/Akustik-Engineering-im-Automobilbau-mit-Laservibrometrie.jpgIngeniería acústica en la industria del automóvil: los vibrómetros láser registran toda la superficie de la carrocería en el banco de pruebas y en tiempo real. SmartLab importa modelos 3D (NASTRAN, STL); la adquisición de datos integra directamente los sensores NVH convencionales. [2024 | 0:45 min]https://cdn.optomet.com/media/videos/applications/automotive-acoustic-engineering/automotive-acoustic-engineering-2160p.mp4452026-07-30T02:32:47.255+00:00 https://www.optomet.com/es/videos/alto-rango-dinamico2026-08-27T01:03:34.380ZAlto Rango Dinámicohttps://cdn.optomet.com/media/videos/technologies/high-dynamic-range-v2/Hoher-Dynamikbereich-1.jpgDemostración del rango dinámico en un mecanismo de reloj de cuarzo: el shaker mueve el componente macroscópicamente, mientras que el vibrómetro detecta simultáneamente la oscilación del cuarzo a 32,768 kHz en el rango nanométrico. 11 órdenes de magnitud en una sola medición. [2019| 1:24 min]https://cdn.optomet.com/media/videos/technologies/high-dynamic-range-v2/high-dynamic-range-v2-2160p.mp4842026-07-28T10:01:54.593+00:00 https://www.optomet.com/es/videos/vibracion-fuera-del-plano-de-un-disco-de-freno-a-6-khz2026-08-27T01:03:33.390ZVibración fuera del plano de un disco de freno a 6 kHzhttps://cdn.optomet.com/media/videos/applications/brake-disc-out-of-plane-6khz/In-plane-vibration-of-a-brake-disc-at-6-kHz-1.jpgBreve animación de SmartLab: la forma modal fuera del plano (movimiento perpendicular a la superficie del disco) de un disco de freno a 6 kHz, medida sin contacto mediante vibrometría láser Doppler. [2025 | 0:10 min]https://cdn.optomet.com/media/videos/applications/brake-disc-out-of-plane-6khz/brake-disc-out-of-plane-6khz-1080p.mp4102026-07-28T09:30:03.709+00:00 https://www.optomet.com/es/videos/vibracion-en-el-plano-de-un-disco-de-freno-a-6-khz2026-08-27T01:03:32.500ZVibración en el plano de un disco de freno a 6 kHzhttps://cdn.optomet.com/media/brake-disc-in-plane-vibration-frequency-peaks.jpgBreve animación de SMART Lab: modo de vibración en el plano (movimiento en el plano del disco) de un disco de freno a 6 kHz, medido mediante vibrometría láser Doppler 3D. La contrapartida del vídeo de la vibración fuera del plano. [2025 | 0:09 min]https://cdn.optomet.com/media/videos/applications/brake-disc-in-plane-6khz/brake-disc-in-plane-6khz-1080p.mp492026-07-28T09:30:03.698+00:00 https://www.optomet.com/es/videos/medicion-de-vibraciones-en-un-puente2026-08-27T01:03:31.603ZMedición de vibraciones en un puentehttps://cdn.optomet.com/media/videos/applications/nova-xtra-bridge-v2/Schwingungsmessung-an-einer-Br%C3%BCcke-1.jpgMedición de vibraciones en un puente con el vibrómetro de largo alcance Nova Xtra: gracias al láser SWIR y a la cámara infrarroja integrada, es posible realizar mediciones sin contacto a distancias de hasta 300 m, sin instalar sensores en la estructura. [2020| 0:53 min]https://cdn.optomet.com/media/videos/applications/nova-xtra-bridge-v2/nova-xtra-bridge-v2-2160p.mp4532026-07-28T01:22:22.465+00:00 https://www.optomet.com/es/videos/escaneo-3d-de-campo-completo-de-una-pcb2026-08-27T01:03:30.609ZEscaneo 3D de campo completo de una PCBhttps://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-full/3D-Scan-einer-Leiterplatte-(Vollfeld).jpgEscaneo 3D de campo completo de una placa de circuito impreso en SmartLab: el conjunto, excitado mediante el shaker, se escanea en toda su superficie. Los modos de vibración de componentes individuales, como los condensadores electrolíticos, se visualizan directamente en el modelo 3D. [2025 | 0:41 min]https://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-full/pcb-3d-scanning-full-720p.mp4412026-07-28T01:22:22.454+00:00 https://www.optomet.com/es/videos/escaneo-3d-de-una-placa-de-circuito-impreso-sobre-shaker2026-08-27T01:03:29.701ZEscaneo 3D de una placa de circuito impreso sobre shakerhttps://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-shaker/3D-Scanning-einer-Leiterplatte-auf-dem-Shaker.jpgBreve vídeo de una medición de vibraciones 3D de un condensador individual en resonancia sobre una placa de circuito impreso. [2025 | 0:04 min]https://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-shaker/pcb-3d-scanning-shaker-2160p.mp442026-07-28T01:22:22.426+00:00 https://www.optomet.com/es/videos/campo-sonoro-de-un-levitador-acustico2026-08-27T01:03:28.594ZCampo sonoro de un levitador acústicohttps://cdn.optomet.com/media/videos/applications/acoustic-levitator-sound-field/Schallfeld-eines-akustischen-Levitators.jpgUltrasonidos visualizados: un levitador acústico mantiene partículas en los nodos de presión de una onda estacionaria. El vibrómetro explora el campo acústico a través de las variaciones del índice de refracción del aire y genera una imagen de amplitud y fase. [2020 | 1:12 min]https://cdn.optomet.com/media/videos/applications/acoustic-levitator-sound-field/acoustic-levitator-sound-field-2160p.mp4722026-07-17T09:54:47.203+00:00 https://www.optomet.com/es/videos/vibracion-y-geometria-de-un-violonchelo2026-08-27T01:03:27.538ZVibración y geometría de un violonchelohttps://cdn.optomet.com/media/videos/applications/violoncello-douyin/Vibration-und-Geometrie-eines-Violoncellos.jpgVibración y geometría de un violonchelo en una sola medición: el vibrómetro de barrido SWIR obtiene datos de vibración y distancia mediante un láser infrarrojo. De este modo se genera la geometría 3D junto con las formas de vibración representadas directamente sobre ella. [2020 | 1:12 min]https://cdn.optomet.com/media/videos/applications/violoncello-v2/violoncello-v2-2160p.mp4722026-07-17T09:54:47.161+00:00 https://www.optomet.com/es/videos/vibraciones-de-una-muela-abrasiva-rugosa-y-rotativa2026-08-27T01:03:26.439ZVibraciones de una muela abrasiva rugosa y rotativahttps://cdn.optomet.com/media/videos/applications/rotating-grinding-disc/Schwingungen-einer-rauen,-rotierenden-Schleifscheibe.jpgFormas de vibración operativas de una muela abrasiva rugosa en rotación a 5.800 U/min: pese a la superficie oscura y a la rotación, el vibrómetro mide sin contacto. Se muestran las formas de vibración a la frecuencia de rotación y sus armónicos. [2020| 1:10 min]https://cdn.optomet.com/media/videos/applications/rotating-grinding-disc/rotating-grinding-disc-2160p.mp4702026-07-17T09:54:47.070+00:00 https://www.optomet.com/es/videos/medicion-de-escaneo-de-alta-frecuencia2026-08-27T01:03:25.314ZMedición de escaneo de alta frecuenciahttps://cdn.optomet.com/media/videos/applications/high-frequency-scanning/Hochfrequenz-Scanning-Messung.jpgEscaneado de alta frecuencia de un zumbador piezoeléctrico: con la unidad de primeros planos, el vibrómetro de escaneado todo en uno mide estructuras minúsculas. Los escaneados muestran modos de vibración a 1,77 MHz y 4,44 MHz, relevantes para aplicaciones de ultrasonidos. [2020 | 1:08 min]https://cdn.optomet.com/media/videos/applications/high-frequency-scanning/high-frequency-scanning-2160p.mp4682026-07-17T09:54:47.008+00:00 https://www.optomet.com/es/videos/medicion-de-vibraciones-a-grandes-distancias2026-08-27T01:03:24.252ZMedición de vibraciones a grandes distanciashttps://cdn.optomet.com/media/videos/applications/long-range-vibration-measurement/Schwingungsmessung-%C3%BCber-gro%C3%9Fe-Entfernungen.jpgDemostración práctica de una medición remota: desde una ubicación junto a la ventana, el vibrómetro mide un objetivo exterior situado a gran distancia y la señal en tiempo real aparece de inmediato en el portátil. La medición de vibraciones sin contacto también funciona a grandes distancias. [2018| 0:32 min]https://cdn.optomet.com/media/videos/applications/long-range-vibration-measurement/long-range-vibration-measurement-2160p.mp4322026-07-17T09:54:46.899+00:00 https://www.optomet.com/es/videos/medicion-de-vibraciones-en-3d-en-una-pala-de-turbina-112026-08-27T01:03:23.113ZMedición de vibraciones en 3D en una pala de turbinahttps://cdn.optomet.com/media/videos/applications/turbine-blade-deflection-shapes/3D-Schwingungsmessung-an-einer-Turbinenschaufel-1.jpgFormas de deflexión operacionales de un álabe de turbina: el álabe excitado mediante el shaker se escanea en toda su superficie con el vibrómetro de barrido SWIR. El software muestra las formas de vibración a frecuencias de entre 78,5 Hz y 8,2 kHz. [2025 | 1:28 min]https://cdn.optomet.com/media/videos/applications/turbine-blade-deflection-shapes/turbine-blade-deflection-shapes-2160p.mp4882026-07-17T09:54:46.839+00:00 https://www.optomet.com/es/videos/analisis-modal-de-un-blisk-de-turbina2026-08-27T01:03:21.990ZAnálisis modal de un blisk de turbinahttps://cdn.optomet.com/media/videos/applications/high-temperature-vibrometry/Vibrometrie-eines-Hochtemperaturobjekts.jpgAnálisis de vibraciones de un blisk de turbina: un martillo de impacto automatizado excita el componente y el vibrómetro de barrido registra la respuesta. Se muestran la medición en tiempo real, los modos de vibración y la exportación de datos." [2022 | 2:24 min]https://cdn.optomet.com/media/videos/applications/high-temperature-vibrometry/high-temperature-vibrometry-720p.mp41442026-07-17T09:54:46.791+00:00 https://www.optomet.com/es/videos/analisis-de-vibraciones-de-un-circuito-impreso2026-08-27T01:03:20.941ZAnálisis de vibraciones de un circuito impresohttps://cdn.optomet.com/media/videos/applications/pcb-tesla-v2/Schwingungsanalyse-einer-gedruckten-Schaltung.jpgAnálisis de vibraciones de un módulo electrónico: el vibrómetro de escaneado portátil todo en uno escanea automáticamente la placa de circuito impreso excitada mediante el shaker en puntos predefinidos. Diferentes vistas muestran los modos de vibración. [2020 | 1:04 min]https://cdn.optomet.com/media/videos/applications/pcb-tesla-v2/pcb-tesla-v2-2160p.mp4642026-07-17T09:46:01.784+00:00 https://www.optomet.com/es/videos/dinamica-3d-de-discos-de-freno-con-vibrometria-laser-doppler2026-08-27T01:03:19.791ZDinámica 3D de discos de freno con vibrometría láser Dopplerhttps://cdn.optomet.com/media/videos/applications/brake-disc-dynamics/3D-Bremsscheibendynamik-mit-Laser-Doppler-Vibrometrie.jpgVibrometría de barrido 3D en un disco de freno: tres vibrómetros miden sin contacto en todas las direcciones espaciales y sin añadir masa. Desde la importación de la geometría hasta la obtención de la forma de deflexión operacional, SmartLab proporciona datos 3D fiables para el desarrollo. [2025 | 1:05 min]https://cdn.optomet.com/media/videos/applications/brake-disc-dynamics/brake-disc-dynamics-2160p.mp4652026-07-15T14:35:02.210+00:00 https://www.optomet.com/es/videos/medicion-de-vibraciones-en-3d-en-una-pala-de-turbina2026-08-27T01:03:18.700ZMedición de vibraciones en 3D en una pala de turbinahttps://cdn.optomet.com/media/videos/applications/turbine-blade-deflection-shapes/3D-Schwingungsmessung-an-einer-Turbinenschaufel-1.jpgMedición de vibraciones 3D de un álabe de turbina con el sistema SMART 3D: martillo modal automático, puntos de medición distribuidos por todo el contorno y calibración automática con el gemelo digital. Los modos fuera del plano y en el plano se registran con precisión. [2025 | 0:52 min]https://cdn.optomet.com/media/videos/applications/turbine-blade-vibration/turbine-blade-vibration-2160p.mp4522026-07-15T14:35:02.179+00:00 https://www.optomet.com/es/videos/medicion-de-vibraciones-de-campo-completo-sin-sensores2026-08-27T01:03:17.591ZMedición de vibraciones de campo completo sin sensoreshttps://cdn.optomet.com/media/videos/technologies/full-field-vibrometry/Vollfeld-Schwingungsmessung-ohne-Sensoren-1.jpgVarios vibrómetros SMART Scan+ capturan la carrocería sin contacto en miles de puntos de medición, sin añadir masa ni cables al objeto. SMART Lab calibra todos los sistemas en un sistema común de referencia 3D, lo que permite visualizar las resonancias en toda la superficie. [2026 | 1:12 min]https://cdn.optomet.com/media/videos/technologies/full-field-vibrometry/full-field-vibrometry-2160p.mp4722026-07-15T14:35:02.159+00:00 https://www.optomet.com/es/videos/plataforma-smart-de-optomet-laboratorio-en-un-dispositivo2026-08-27T01:03:16.503ZPlataforma SMART de Optomet – Laboratorio en un dispositivohttps://cdn.optomet.com/media/videos/products/smart-platform/Optomet-SMART-Platform---Lab-in-a-Device-1.jpgVídeo de producto sobre la plataforma SMART: vibrómetro, adquisición de datos y análisis en un solo equipo, el Lab-in-a-Device. El vídeo muestra el concepto integral del sistema, desde SMART Single+ hasta SMART DAQ, así como ámbitos de aplicación que abarcan desde la automoción hasta las turbinas. [2024 | 2:38 min]https://cdn.optomet.com/media/videos/products/smart-platform/smart-platform-2160p.mp41582026-07-15T14:35:02.130+00:00 https://www.optomet.com/es/videos/deteccion-de-defectos-sin-contacto-en-laminados-compuestos2026-08-27T01:03:15.432ZDetección de defectos sin contacto en laminados compuestoshttps://cdn.optomet.com/media/videos/applications/composite-defect-detection/Ber%C3%BChrungslose-Defekterkennung-in-Verbundlaminaten.jpgEnsayo no destructivo de una placa de CFRP: un actuador piezoeléctrico excita ondas guiadas y el vibrómetro de barrido SWIR registra su propagación en toda la superficie. En las discontinuidades, el campo de ondas se modifica, lo que permite localizar los defectos sin contacto. [2019| 1:45 min]https://cdn.optomet.com/media/videos/applications/composite-defect-detection/composite-defect-detection-1080p.mp41052026-07-15T14:35:02.110+00:00 https://www.optomet.com/es/videos/analisis-de-volumen-de-desplazamiento-con-ldv-de-la-vibracion-al-sonido2026-08-27T01:03:14.422ZAnálisis de volumen de desplazamiento con LDV: De la vibración al sonidohttps://cdn.optomet.com/media/Verdr%C3%A4ngungsvolumen-Analyse-mit-LDV-%E2%80%93-Von-der-Schwingung-zum-Schall-1.jpgEl análisis del volumen desplazado en SmartLab calcula, a partir de los datos de vibración, el volumen de aire desplazado, tomando como ejemplo la puerta de un automóvil. Así se pone de manifiesto por qué una vibración intensa no siempre genera sonido: el cortocircuito acústico. [2026 | 1:34 min]https://cdn.optomet.com/media/videos/technologies/displaced-volume-analysis/displaced-volume-analysis-2160p.mp4942026-07-15T14:35:02.069+00:00 https://www.optomet.com/es/videos/smart-lab-plataforma-de-pruebas-vibroacusticas2026-08-27T01:03:13.251ZSMART Lab – Plataforma de pruebas vibroacústicashttps://cdn.optomet.com/media/videos/products/smartlab/SmartLab-%E2%80%93-Vibroakustische-Testplattform.jpgSmartLab es el software de medición de la serie SMART de Optomet. El vídeo muestra el flujo de trabajo, desde la plantilla, la importación del modelo 3D y la calibración hasta la medición. Las animaciones de FRF, los datos temporales y el análisis modal se visualizan en un único entorno. [2025 | 1:06 min]https://cdn.optomet.com/media/videos/products/smartlab/smartlab-2160p.mp4662026-07-15T14:35:02.008+00:00 https://www.optomet.com/ru/video/turbine-blade-1883hz2026-08-27T01:03:43.675ZЛопатка турбины – форма колебаний на 1883 Гцhttps://cdn.optomet.com/media/videos/applications/turbine-blade-1883hz/Turbinenschaufel-%E2%80%93-3D-Scanning.jpgКороткая зацикленная анимация: форма колебаний лопатки турбины при частоте 1.883 Hz, измеренная методом сканирующей лазерной виброметрии. [2025 | 0:04 min]https://cdn.optomet.com/media/videos/applications/turbine-blade-1883hz/turbine-blade-1883hz-2160p.mp442026-07-30T10:29:33.836+00:00 https://www.optomet.com/ru/video/time-vertical-view2026-08-27T01:03:42.645ZВременная развёртка – вид сверхуhttps://cdn.optomet.com/media/videos/applications/time-vertical-view/Zeitbereichs-Ansicht-%E2%80%93-Draufsicht.jpgПредставление во временной области результатов измерения сотовой структуры, вид сверху: распространение колебаний по структуре становится наглядным в каждой точке; амплитуды лежат в нанометровом диапазоне. [2020 | 0:13 min]https://cdn.optomet.com/media/videos/applications/time-vertical-view/time-vertical-view-720p.mp4132026-07-30T10:29:26.804+00:00 https://www.optomet.com/ru/video/time-angle-view2026-08-27T01:03:41.623ZВременная развёртка – вид под угломhttps://cdn.optomet.com/media/videos/applications/time-angle-view/Zeitbereichs-Ansicht-%E2%80%93-Winkelperspektive.jpgИзмерение во временной области на сотовой структуре, вид под углом: с этого ракурса особенно хорошо видно пространственное распространение волны по поверхности. [2020 | 0:11 min]https://cdn.optomet.com/media/videos/applications/time-angle-view/time-angle-view-720p.mp4112026-07-30T10:29:19.774+00:00 https://www.optomet.com/ru/video/modal-analysis-turbine-blade2026-08-27T01:03:40.567ZМодальный анализ лопатки турбины в SMART Labhttps://cdn.optomet.com/media/videos/applications/modal-analysis-turbine-blade/Modalanalyse-einer-Turbinenschaufel-mit-SMART-Lab.jpgКраткий обзор ПО: модальный анализ лопатки турбины в SmartLab. Представлены собственные частоты со значениями демпфирования, MAC-матрица для сравнения форм колебаний, а также аппроксимированные частотные характеристики с автоматическим обнаружением пиков. [2025 | 0:22 мин]https://cdn.optomet.com/media/videos/applications/modal-analysis-turbine-blade/modal-analysis-turbine-blade-1080p.mp4222026-07-30T10:29:05.605+00:00 https://www.optomet.com/ru/video/human-skin-measurement2026-08-27T01:03:39.553ZИзмерение вибраций на коже человекаhttps://cdn.optomet.com/media/videos/applications/human-skin-measurement/Schwingungsmessung-auf-menschlicher-Haut-1.jpgИзмерение вибраций непосредственно на коже человека: компактная волоконно-оптическая измерительная головка бесконтактно регистрирует движения ладони, а спектр в реальном времени отображается в программном обеспечении. Представляет интерес для медицинской техники и биомеханики. [2019 | 0:16 min]https://cdn.optomet.com/media/videos/applications/human-skin-measurement/human-skin-measurement-1080p.mp4162026-07-30T10:28:58.416+00:00 https://www.optomet.com/ru/video/micro-optic-vector-setup2026-08-27T01:03:38.588ZVector Micro-Optics – настройка и ввод в работуhttps://cdn.optomet.com/media/videos/products/micro-optic-vector-setup/Vector-Micro-Optics-%E2%80%93-Aufbau-und-Inbetriebnahme.jpgПошаговое руководство по настройке микрооптики Vector: установка на позиционирующем столике, юстировка по трём осям и фокусировка лазерного пятна на исследуемом объекте. В завершение показано проведение измерения в программном обеспечении OptoGUI. [2022 | 1:23 min]https://cdn.optomet.com/media/videos/products/micro-optic-vector-setup/micro-optic-vector-setup-1080p.mp4832026-07-30T10:28:51.354+00:00 https://www.optomet.com/ru/video/modal-analysis-disk-hammer2026-08-27T01:03:37.520ZМодальный анализ – диск и ударный молотокhttps://cdn.optomet.com/media/videos/applications/modal-analysis-disk-hammer/Modalanalyse-%E2%80%93-Scheibe-und-Impulshammer.jpgСкринкаст модального анализа: диск возбуждается импульсным молотком, а программное обеспечение отображает временные сигналы, частотные характеристики и идентифицированные моды с указанием частоты и затухания. Формы колебаний анимируются на сетке. [2021 | 1:49 мин]https://cdn.optomet.com/media/videos/applications/modal-analysis-disk-hammer/modal-analysis-disk-hammer-1080p.mp41092026-07-30T10:28:44.264+00:00 https://www.optomet.com/ru/video/fiber-vibrometer2026-08-27T01:03:36.571ZВолоконный виброметр в действииhttps://cdn.optomet.com/media/videos/products/fiber-vibrometer/Fiber-Vibrometer-im-Einsatz.jpgВолоконный виброметр в работе: компактные пассивные измерительные головки позволяют проводить измерения в труднодоступных местах — в данном случае на двигателе, установленном на испытательном стенде. Волоконный мультиплексор обеспечивает переключение между несколькими измерительными головками и измерение объектов с разных направлений. [2018 | 0:28 min]https://cdn.optomet.com/media/videos/products/fiber-vibrometer/fiber-vibrometer-2160p.mp4282026-07-30T10:28:37.142+00:00 https://www.optomet.com/ru/video/automotive-acoustic-engineering2026-08-27T01:03:35.469ZАкустический инжиниринг в автомобилестроении с лазерной виброметриейhttps://cdn.optomet.com/media/videos/applications/automotive-acoustic-engineering/Akustik-Engineering-im-Automobilbau-mit-Laservibrometrie.jpgАкустический инжиниринг в автомобилестроении: лазерные виброметры измеряют вибрации по всей поверхности кузова на испытательном стенде в режиме реального времени. SmartLab импортирует 3D-модели (NASTRAN, STL), а система сбора данных обеспечивает прямое подключение традиционных NVH-датчиков. [2024 | 0:45 мин]https://cdn.optomet.com/media/videos/applications/automotive-acoustic-engineering/automotive-acoustic-engineering-2160p.mp4452026-07-30T02:32:47.255+00:00 https://www.optomet.com/ru/video/high-dynamic-range-v22026-08-27T01:03:34.380ZВысокий динамический диапазонhttps://cdn.optomet.com/media/videos/technologies/high-dynamic-range-v2/Hoher-Dynamikbereich-1.jpgДемонстрация динамического диапазона на примере кварцевого часового механизма: шейкер перемещает компонент на макроскопическом уровне, а виброметр одновременно регистрирует колебания кварца с частотой 32,768 кГц и амплитудой в нанометровом диапазоне. 11 порядков величины в одном измерении. [2019| 1:24 мин]https://cdn.optomet.com/media/videos/technologies/high-dynamic-range-v2/high-dynamic-range-v2-2160p.mp4842026-07-28T10:01:54.593+00:00 https://www.optomet.com/ru/video/brake-disc-out-of-plane-6khz2026-08-27T01:03:33.390ZВнеплоскостные колебания тормозного диска на 6 кГцhttps://cdn.optomet.com/media/videos/applications/brake-disc-out-of-plane-6khz/In-plane-vibration-of-a-brake-disc-at-6-kHz-1.jpgКороткая анимация из SmartLab: форма колебаний вне плоскости (движение перпендикулярно поверхности диска) тормозного диска при 6 кГц, бесконтактно измеренная методом лазерной доплеровской виброметрии. [2025 | 0:10 мин]https://cdn.optomet.com/media/videos/applications/brake-disc-out-of-plane-6khz/brake-disc-out-of-plane-6khz-1080p.mp4102026-07-28T09:30:03.709+00:00 https://www.optomet.com/ru/video/brake-disc-in-plane-6khz2026-08-27T01:03:32.500ZПлоскостные колебания тормозного диска на 6 кГцhttps://cdn.optomet.com/media/brake-disc-in-plane-vibration-frequency-peaks.jpgКороткая анимация из SmartLab: собственная форма колебаний тормозного диска в плоскости (движение в плоскости диска) на частоте 6 kHz, измеренная методом 3D-лазерной доплеровской виброметрии. Дополнение к видео о колебаниях вне плоскости. [2025 | 0:09 min]https://cdn.optomet.com/media/videos/applications/brake-disc-in-plane-6khz/brake-disc-in-plane-6khz-1080p.mp492026-07-28T09:30:03.698+00:00 https://www.optomet.com/ru/video/nova-xtra-bridge-v22026-08-27T01:03:31.603ZИзмерение вибраций мостаhttps://cdn.optomet.com/media/videos/applications/nova-xtra-bridge-v2/Schwingungsmessung-an-einer-Br%C3%BCcke-1.jpgИзмерение вибраций моста с помощью дальнодействующего виброметра Nova Xtra: благодаря SWIR-лазеру и встроенной инфракрасной камере бесконтактные измерения возможны на расстоянии до 300 м без установки датчиков на конструкции. [2020| 0:53 min]https://cdn.optomet.com/media/videos/applications/nova-xtra-bridge-v2/nova-xtra-bridge-v2-2160p.mp4532026-07-28T01:22:22.465+00:00 https://www.optomet.com/ru/video/pcb-3d-scanning-full2026-08-27T01:03:30.609ZПолнопольное 3D-сканирование печатной платыhttps://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-full/3D-Scan-einer-Leiterplatte-(Vollfeld).jpgПолнопольное 3D-сканирование печатной платы в SmartLab: установленная на вибростенде сборка подвергается сканированию по всей поверхности. Формы колебаний отдельных компонентов, например электролитических конденсаторов, отображаются непосредственно на 3D-модели. [2025 | 0:41 min]https://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-full/pcb-3d-scanning-full-720p.mp4412026-07-28T01:22:22.454+00:00 https://www.optomet.com/ru/video/pcb-3d-scanning-shaker2026-08-27T01:03:29.701Z3D-сканирование печатной платы на вибростендеhttps://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-shaker/3D-Scanning-einer-Leiterplatte-auf-dem-Shaker.jpgКороткое видео 3D-измерения резонансных колебаний отдельного конденсатора на печатной плате. [2025 | 0:04 мин]https://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-shaker/pcb-3d-scanning-shaker-2160p.mp442026-07-28T01:22:22.426+00:00 https://www.optomet.com/ru/video/acoustic-levitator-sound-field2026-08-27T01:03:28.594ZЗвуковое поле акустического левитатораhttps://cdn.optomet.com/media/videos/applications/acoustic-levitator-sound-field/Schallfeld-eines-akustischen-Levitators.jpgУльтразвук становится видимым: акустический левитатор удерживает частицы в узлах давления стоячей волны. Виброметр сканирует звуковое поле, регистрируя изменения показателя преломления воздуха, и визуализирует его в виде амплитудно-фазового изображения. [2020 | 1:12 мин]https://cdn.optomet.com/media/videos/applications/acoustic-levitator-sound-field/acoustic-levitator-sound-field-2160p.mp4722026-07-17T09:54:47.203+00:00 https://www.optomet.com/ru/video/violoncello-v22026-08-27T01:03:27.538ZВибрация и геометрия виолончелиhttps://cdn.optomet.com/media/videos/applications/violoncello-douyin/Vibration-und-Geometrie-eines-Violoncellos.jpgВибрация и геометрия виолончели за одно измерение: сканирующий виброметр SWIR с инфракрасным лазером регистрирует данные о вибрации и расстоянии. В результате создаётся 3D-геометрия с непосредственно отображёнными на ней формами колебаний. [2020 | 1:12 мин]https://cdn.optomet.com/media/videos/applications/violoncello-v2/violoncello-v2-2160p.mp4722026-07-17T09:54:47.161+00:00 https://www.optomet.com/ru/video/rotating-grinding-disc2026-08-27T01:03:26.439ZВибрации шероховатого, вращающегося шлифовального кругаhttps://cdn.optomet.com/media/videos/applications/rotating-grinding-disc/Schwingungen-einer-rauen,-rotierenden-Schleifscheibe.jpgФормы колебаний шероховатого вращающегося шлифовального круга при 5.800 U/min: несмотря на тёмную поверхность и вращение, виброметр выполняет бесконтактные измерения. Показаны формы колебаний на частоте вращения и её гармониках. [2020| 1:10 min]https://cdn.optomet.com/media/videos/applications/rotating-grinding-disc/rotating-grinding-disc-2160p.mp4702026-07-17T09:54:47.070+00:00 https://www.optomet.com/ru/video/high-frequency-scanning2026-08-27T01:03:25.314ZИзмерение с высоким частотным сканированиемhttps://cdn.optomet.com/media/videos/applications/high-frequency-scanning/Hochfrequenz-Scanning-Messung.jpgВысокочастотное сканирование пьезоэлектрического зуммера: сканирующий виброметр «всё в одном» с модулем Close-up измеряет мельчайшие структуры. Результаты сканирования показывают формы колебаний на частотах 1,77 MHz и 4,44 MHz, актуальные для ультразвуковых применений. [2020 | 1:08 min]https://cdn.optomet.com/media/videos/applications/high-frequency-scanning/high-frequency-scanning-2160p.mp4682026-07-17T09:54:47.008+00:00 https://www.optomet.com/ru/video/long-range-vibration-measurement2026-08-27T01:03:24.252ZИзмерение вибраций на больших расстоянияхhttps://cdn.optomet.com/media/videos/applications/long-range-vibration-measurement/Schwingungsmessung-%C3%BCber-gro%C3%9Fe-Entfernungen.jpgПрактическая демонстрация дистанционного измерения: установленный у окна виброметр измеряет колебания удалённого объекта на открытом воздухе, а сигнал в реальном времени сразу отображается на ноутбуке. Бесконтактное измерение вибраций возможно даже на больших расстояниях. [2018| 0:32 min]https://cdn.optomet.com/media/videos/applications/long-range-vibration-measurement/long-range-vibration-measurement-2160p.mp4322026-07-17T09:54:46.899+00:00 https://www.optomet.com/ru/video/turbine-blade-deflection-shapes2026-08-27T01:03:23.113Z3D-измерение вибрации на лопатке турбиныhttps://cdn.optomet.com/media/videos/applications/turbine-blade-deflection-shapes/3D-Schwingungsmessung-an-einer-Turbinenschaufel-1.jpgРабочие формы колебаний лопатки турбины: установленная на вибростенде лопатка приводится в колебание и сканируется по всей поверхности с помощью сканирующего SWIR-виброметра. Программное обеспечение отображает формы колебаний на частотах от 78,5 Hz до 8,2 kHz. [2025 | 1:28 min]https://cdn.optomet.com/media/videos/applications/turbine-blade-deflection-shapes/turbine-blade-deflection-shapes-2160p.mp4882026-07-17T09:54:46.839+00:00 https://www.optomet.com/ru/video/high-temperature-vibrometry2026-08-27T01:03:21.990ZМодальный анализ турбинного блискаhttps://cdn.optomet.com/media/videos/applications/high-temperature-vibrometry/Vibrometrie-eines-Hochtemperaturobjekts.jpgАнализ вибраций блиска турбины: автоматизированный ударный молоток возбуждает колебания детали, а сканирующий виброметр регистрирует её отклик. Показаны измерение в реальном времени, формы колебаний и экспорт данных." [2022 | 2:24 мин]https://cdn.optomet.com/media/videos/applications/high-temperature-vibrometry/high-temperature-vibrometry-720p.mp41442026-07-17T09:54:46.791+00:00 https://www.optomet.com/ru/video/pcb-tesla-v22026-08-27T01:03:20.941ZАнализ вибраций печатной платыhttps://cdn.optomet.com/media/videos/applications/pcb-tesla-v2/Schwingungsanalyse-einer-gedruckten-Schaltung.jpgАнализ вибраций электронного модуля: портативный универсальный сканирующий виброметр автоматически измеряет вибрации печатной платы, возбуждаемые вибростендом, в предварительно заданных точках. Различные виды наглядно демонстрируют формы колебаний. [2020 | 1:04 мин]https://cdn.optomet.com/media/videos/applications/pcb-tesla-v2/pcb-tesla-v2-2160p.mp4642026-07-17T09:46:01.784+00:00 https://www.optomet.com/ru/video/brake-disc-dynamics2026-08-27T01:03:19.791Z3D-динамика тормозного диска с использованием лазерной доплеровской виброметрииhttps://cdn.optomet.com/media/videos/applications/brake-disc-dynamics/3D-Bremsscheibendynamik-mit-Laser-Doppler-Vibrometrie.jpg3D-сканирующая виброметрия тормозного диска: три виброметра бесконтактно измеряют колебания по всем пространственным направлениям без внесения дополнительной массы. От импорта геометрии до определения форм колебаний в рабочих режимах SmartLab предоставляет достоверные 3D-данные для разработчиков. [2025 | 1:05 мин]https://cdn.optomet.com/media/videos/applications/brake-disc-dynamics/brake-disc-dynamics-2160p.mp4652026-07-15T14:35:02.210+00:00 https://www.optomet.com/ru/video/turbine-blade-vibration2026-08-27T01:03:18.700Z3D-измерение вибрации на лопатке турбиныhttps://cdn.optomet.com/media/videos/applications/turbine-blade-deflection-shapes/3D-Schwingungsmessung-an-einer-Turbinenschaufel-1.jpg3D-измерение вибраций лопатки турбины с помощью системы SMART 3D: автоматический модальный молоток, точки измерения по всей поверхности, автоматическая калибровка относительно цифрового двойника. Точно регистрируются внеплоскостные (out-of-plane) и внутриплоскостные (in-plane) моды. [2025 | 0:52 мин]https://cdn.optomet.com/media/videos/applications/turbine-blade-vibration/turbine-blade-vibration-2160p.mp4522026-07-15T14:35:02.179+00:00 https://www.optomet.com/ru/video/full-field-vibrometry2026-08-27T01:03:17.591ZПолное измерение вибрации без датчиковhttps://cdn.optomet.com/media/videos/technologies/full-field-vibrometry/Vollfeld-Schwingungsmessung-ohne-Sensoren-1.jpgНесколько виброметров SMART Scan+ бесконтактно измеряют кузов в тысячах точек, не требуя установки на объекте дополнительных грузов и кабелей. SMART Lab калибрует все системы в единой трёхмерной системе координат, позволяя визуализировать резонансы по всей поверхности. [2026 | 1:12 мин]https://cdn.optomet.com/media/videos/technologies/full-field-vibrometry/full-field-vibrometry-2160p.mp4722026-07-15T14:35:02.159+00:00 https://www.optomet.com/ru/video/smart-platform2026-08-27T01:03:16.503ZOptomet SMART Platform – Лаборатория в устройствеhttps://cdn.optomet.com/media/videos/products/smart-platform/Optomet-SMART-Platform---Lab-in-a-Device-1.jpgПрезентационный ролик о платформе SMART: виброметр, система сбора данных и анализа в одном устройстве — Lab-in-a-Device. В ролике представлена концепция системы от SMART Single+ до SMART DAQ и области применения — от автомобилестроения до турбин. [2024 | 2:38 мин]https://cdn.optomet.com/media/videos/products/smart-platform/smart-platform-2160p.mp41582026-07-15T14:35:02.130+00:00 https://www.optomet.com/ru/video/composite-defect-detection2026-08-27T01:03:15.432ZБесконтактное обнаружение дефектов в композитных ламинатахhttps://cdn.optomet.com/media/videos/applications/composite-defect-detection/Ber%C3%BChrungslose-Defekterkennung-in-Verbundlaminaten.jpgНеразрушающий контроль пластины из углепластика: пьезоактуатор возбуждает направленные волны, а сканирующий SWIR-виброметр регистрирует их распространение по всей поверхности. В местах повреждений волновое поле изменяется, что позволяет бесконтактно локализовать дефекты. [2019| 1:45 min]https://cdn.optomet.com/media/videos/applications/composite-defect-detection/composite-defect-detection-1080p.mp41052026-07-15T14:35:02.110+00:00 https://www.optomet.com/ru/video/displaced-volume-analysis2026-08-27T01:03:14.422ZАнализ объема вытеснения с LDV – от вибрации к звукуhttps://cdn.optomet.com/media/Verdr%C3%A4ngungsvolumen-Analyse-mit-LDV-%E2%80%93-Von-der-Schwingung-zum-Schall-1.jpgАнализ объёма вытеснения в SmartLab рассчитывает объём вытесненного воздуха на основе данных о вибрации — на примере автомобильной двери. Это наглядно показывает, почему сильная вибрация не всегда создаёт звук: причина в акустическом коротком замыкании. [2026 | 1:34 min]https://cdn.optomet.com/media/videos/technologies/displaced-volume-analysis/displaced-volume-analysis-2160p.mp4942026-07-15T14:35:02.069+00:00 https://www.optomet.com/ru/video/smartlab2026-08-27T01:03:13.251ZSMART Lab – виброакустическая тестовая платформаhttps://cdn.optomet.com/media/videos/products/smartlab/SmartLab-%E2%80%93-Vibroakustische-Testplattform.jpgSmartLab — измерительное программное обеспечение для приборов Optomet серии SMART. В видео показан весь рабочий процесс: от создания шаблона, импорта 3D-модели и калибровки до проведения измерений. Анимация АЧХ, временные данные и модальный анализ представлены в единой среде. [2025 | 1:06 мин]https://cdn.optomet.com/media/videos/products/smartlab/smartlab-2160p.mp4662026-07-15T14:35:02.008+00:00 https://www.optomet.com/cn/videos/turbine-blade-1883hz2026-08-27T01:03:43.675Z涡轮叶片——1883 Hz 振型https://cdn.optomet.com/media/videos/applications/turbine-blade-1883hz/Turbinenschaufel-%E2%80%93-3D-Scanning.jpg简短动画循环：采用扫描式激光测振技术测得的涡轮叶片在 1.883 Hz 频率下的振型。[2025 | 0:04 min]https://cdn.optomet.com/media/videos/applications/turbine-blade-1883hz/turbine-blade-1883hz-2160p.mp442026-07-30T10:29:33.836+00:00 https://www.optomet.com/cn/videos/time-vertical-view2026-08-27T01:03:42.645Z时域视图——俯视角https://cdn.optomet.com/media/videos/applications/time-vertical-view/Zeitbereichs-Ansicht-%E2%80%93-Draufsicht.jpg蜂窝结构俯视测量的时域显示：振动在结构上的传播过程逐点清晰呈现，振幅达到纳米级。[2020 | 0:13 min]https://cdn.optomet.com/media/videos/applications/time-vertical-view/time-vertical-view-720p.mp4132026-07-30T10:29:26.804+00:00 https://www.optomet.com/cn/videos/time-angle-view2026-08-27T01:03:41.623Z时域视图——斜视角https://cdn.optomet.com/media/videos/applications/time-angle-view/Zeitbereichs-Ansicht-%E2%80%93-Winkelperspektive.jpg蜂窝结构的时域测量（斜视图）：从这一视角可以特别清晰地观察到波在表面上的空间传播。[2020 | 0:11 min]https://cdn.optomet.com/media/videos/applications/time-angle-view/time-angle-view-720p.mp4112026-07-30T10:29:19.774+00:00 https://www.optomet.com/cn/videos/modal-analysis-turbine-blade2026-08-27T01:03:40.567Z使用SMART Lab进行涡轮叶片模态分析https://cdn.optomet.com/media/videos/applications/modal-analysis-turbine-blade/Modalanalyse-einer-Turbinenschaufel-mit-SMART-Lab.jpg软件速览：在 SmartLab 中对涡轮叶片进行模态分析。内容包括带阻尼值的固有频率、用于振型对比的 MAC 矩阵，以及采用自动峰值检测的拟合频率响应。[2025 | 0:22 min]https://cdn.optomet.com/media/videos/applications/modal-analysis-turbine-blade/modal-analysis-turbine-blade-1080p.mp4222026-07-30T10:29:05.605+00:00 https://www.optomet.com/cn/videos/human-skin-measurement2026-08-27T01:03:39.553Z人体皮肤振动测量https://cdn.optomet.com/media/videos/applications/human-skin-measurement/Schwingungsmessung-auf-menschlicher-Haut-1.jpg直接测量人体皮肤振动：紧凑型光纤测量头以非接触方式采集手掌运动，频谱实时显示在软件中。适用于医疗技术和生物力学领域。[2019 | 0:16 min]https://cdn.optomet.com/media/videos/applications/human-skin-measurement/human-skin-measurement-1080p.mp4162026-07-30T10:28:58.416+00:00 https://www.optomet.com/cn/videos/micro-optic-vector-setup2026-08-27T01:03:38.588ZVector Micro-Optics 安装指南https://cdn.optomet.com/media/videos/products/micro-optic-vector-setup/Vector-Micro-Optics-%E2%80%93-Aufbau-und-Inbetriebnahme.jpgVector 微型光学组件安装分步指南：将其安装到定位台上，进行三轴调节，并将激光光斑聚焦到被测件上。最后在 OptoGUI 软件中完成测量。[2022 | 1:23 min]https://cdn.optomet.com/media/videos/products/micro-optic-vector-setup/micro-optic-vector-setup-1080p.mp4832026-07-30T10:28:51.354+00:00 https://www.optomet.com/cn/videos/modal-analysis-disk-hammer2026-08-27T01:03:37.520Z模态分析——圆盘与力锤https://cdn.optomet.com/media/videos/applications/modal-analysis-disk-hammer/Modalanalyse-%E2%80%93-Scheibe-und-Impulshammer.jpg模态分析屏幕演示：使用冲击锤激励圆盘，软件显示时域信号、频率响应以及识别出的模态及其频率和阻尼。振型以网格动画形式呈现。[2021 | 1:49 min]https://cdn.optomet.com/media/videos/applications/modal-analysis-disk-hammer/modal-analysis-disk-hammer-1080p.mp41092026-07-30T10:28:44.264+00:00 https://www.optomet.com/cn/videos/fiber-vibrometer2026-08-27T01:03:36.571Z光纤测振仪实拍https://cdn.optomet.com/media/videos/products/fiber-vibrometer/Fiber-Vibrometer-im-Einsatz.jpg光纤测振仪的应用：小巧的无源测量头可在难以接近的位置进行测量，此处用于测试台上的发动机。通过光纤多路复用器，可在多个测量头之间切换，并从不同方向测量物体。[2018 | 0:28 min]https://cdn.optomet.com/media/videos/products/fiber-vibrometer/fiber-vibrometer-2160p.mp4282026-07-30T10:28:37.142+00:00 https://www.optomet.com/cn/videos/automotive-acoustic-engineering2026-08-27T01:03:35.469Z基于激光测振的汽车声学工程https://cdn.optomet.com/media/videos/applications/automotive-acoustic-engineering/Akustik-Engineering-im-Automobilbau-mit-Laservibrometrie.jpg汽车制造中的声学工程：激光测振仪在试验台上对车身进行全表面实时测量。SmartLab 可导入 3D 模型（NASTRAN、STL）；数据采集系统可直接集成传统 NVH 传感器。[2024 | 0:45 min]https://cdn.optomet.com/media/videos/applications/automotive-acoustic-engineering/automotive-acoustic-engineering-2160p.mp4452026-07-30T02:32:47.255+00:00 https://www.optomet.com/cn/videos/high-dynamic-range-v22026-08-27T01:03:34.380Z高动态范围https://cdn.optomet.com/media/videos/technologies/high-dynamic-range-v2/Hoher-Dynamikbereich-1.jpg石英钟机芯动态范围演示：激振器驱动部件进行宏观运动，同时测振仪以纳米级分辨率检测 32,768 kHz 的石英振动。一次测量覆盖 11 个数量级。[2019| 1:24 min]https://cdn.optomet.com/media/videos/technologies/high-dynamic-range-v2/high-dynamic-range-v2-2160p.mp4842026-07-28T10:01:54.593+00:00 https://www.optomet.com/cn/videos/brake-disc-out-of-plane-6khz2026-08-27T01:03:33.390Z制动盘6 kHz面外振动https://cdn.optomet.com/media/videos/applications/brake-disc-out-of-plane-6khz/In-plane-vibration-of-a-brake-disc-at-6-kHz-1.jpgSmartLab 短动画：制动盘在 6 kHz 下的面外振型（垂直于盘面方向的运动），采用激光多普勒测振技术进行非接触式测量。[2025 | 0:10 min]https://cdn.optomet.com/media/videos/applications/brake-disc-out-of-plane-6khz/brake-disc-out-of-plane-6khz-1080p.mp4102026-07-28T09:30:03.709+00:00 https://www.optomet.com/cn/videos/brake-disc-in-plane-6khz2026-08-27T01:03:32.500Z制动盘6 kHz面内振动https://cdn.optomet.com/media/brake-disc-in-plane-vibration-frequency-peaks.jpgSmartLab 短动画：采用 3D 激光多普勒测振技术测得的制动盘在 6 kHz 下的面内振型（沿盘面方向运动）。该动画与面外振动视频相对应。[2025 | 0:09 min]https://cdn.optomet.com/media/videos/applications/brake-disc-in-plane-6khz/brake-disc-in-plane-6khz-1080p.mp492026-07-28T09:30:03.698+00:00 https://www.optomet.com/cn/videos/nova-xtra-bridge-v22026-08-27T01:03:31.603Z桥梁振动测量https://cdn.optomet.com/media/videos/applications/nova-xtra-bridge-v2/Schwingungsmessung-an-einer-Br%C3%BCcke-1.jpg使用 Nova Xtra 远距离测振仪对桥梁进行振动测量：得益于 SWIR 激光器和集成红外相机，无需在建筑结构上安装传感器，即可从最远 300 m 处进行非接触式测量。[2020| 0:53 min]https://cdn.optomet.com/media/videos/applications/nova-xtra-bridge-v2/nova-xtra-bridge-v2-2160p.mp4532026-07-28T01:22:22.465+00:00 https://www.optomet.com/cn/videos/pcb-3d-scanning-full2026-08-27T01:03:30.609Z印刷电路板全场3D扫描https://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-full/3D-Scan-einer-Leiterplatte-(Vollfeld).jpg在 SmartLab 中对电路板进行全场 3D 扫描：对由振动台激励的组件进行整个表面扫描。电解电容器等各个元器件的振型可直接显示在 3D 模型上。[2025 | 0:41 min]https://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-full/pcb-3d-scanning-full-720p.mp4412026-07-28T01:22:22.454+00:00 https://www.optomet.com/cn/videos/pcb-3d-scanning-shaker2026-08-27T01:03:29.701Z振动台上印刷电路板的3D扫描https://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-shaker/3D-Scanning-einer-Leiterplatte-auf-dem-Shaker.jpg印刷电路板上单个电容器发生共振时的 3D 振动测量短视频。[2025 | 0:04 min]https://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-shaker/pcb-3d-scanning-shaker-2160p.mp442026-07-28T01:22:22.426+00:00 https://www.optomet.com/cn/videos/acoustic-levitator-sound-field2026-08-27T01:03:28.594Z声场声悬浮器https://cdn.optomet.com/media/videos/applications/acoustic-levitator-sound-field/Schallfeld-eines-akustischen-Levitators.jpg让超声波清晰可见：声悬浮器将粒子悬浮在驻波的压力节点处。测振仪通过检测空气折射率的变化对声场进行扫描，并生成振幅与相位图像。[2020 | 1:12 min]https://cdn.optomet.com/media/videos/applications/acoustic-levitator-sound-field/acoustic-levitator-sound-field-2160p.mp4722026-07-17T09:54:47.203+00:00 https://www.optomet.com/cn/videos/violoncello-v22026-08-27T01:03:27.538Z大提琴的振动和几何结构https://cdn.optomet.com/media/videos/applications/violoncello-douyin/Vibration-und-Geometrie-eines-Violoncellos.jpg一次测量同步获取大提琴的振动与几何形貌：SWIR 扫描测振仪利用红外激光采集振动和距离数据，从而生成 3D 几何模型，并直接在其表面呈现振型。[2020 | 1:12 min]https://cdn.optomet.com/media/videos/applications/violoncello-v2/violoncello-v2-2160p.mp4722026-07-17T09:54:47.161+00:00 https://www.optomet.com/cn/videos/rotating-grinding-disc2026-08-27T01:03:26.439Z粗糙旋转砂轮的振动https://cdn.optomet.com/media/videos/applications/rotating-grinding-disc/Schwingungen-einer-rauen,-rotierenden-Schleifscheibe.jpg转速为 5,800 U/min 的粗糙旋转砂轮的工作振型：尽管表面较暗且处于旋转状态，测振仪仍可进行非接触式测量。画面展示：旋转频率及其谐波下的振型。[2020| 1:10 min]https://cdn.optomet.com/media/videos/applications/rotating-grinding-disc/rotating-grinding-disc-2160p.mp4702026-07-17T09:54:47.070+00:00 https://www.optomet.com/cn/videos/high-frequency-scanning2026-08-27T01:03:25.314Z高频扫描测量https://cdn.optomet.com/media/videos/applications/high-frequency-scanning/Hochfrequenz-Scanning-Messung.jpg压电蜂鸣器的高频扫描：借助近摄单元，一体化扫描测振仪可测量最微小的结构。扫描结果展示了 1.77 MHz 和 4.44 MHz 下的振型，对超声应用具有重要意义。[2020 | 1:08 min]https://cdn.optomet.com/media/videos/applications/high-frequency-scanning/high-frequency-scanning-2160p.mp4682026-07-17T09:54:47.008+00:00 https://www.optomet.com/cn/videos/long-range-vibration-measurement2026-08-27T01:03:24.252Z远距离振动测量https://cdn.optomet.com/media/videos/applications/long-range-vibration-measurement/Schwingungsmessung-%C3%BCber-gro%C3%9Fe-Entfernungen.jpg远程测量现场演示：振动仪从窗边对室外远处的目标进行测量，实时信号随即显示在笔记本电脑上。即使距离很远，也能进行非接触式振动测量。[2018 | 0:32 min]https://cdn.optomet.com/media/videos/applications/long-range-vibration-measurement/long-range-vibration-measurement-2160p.mp4322026-07-17T09:54:46.899+00:00 https://www.optomet.com/cn/videos/turbine-blade-deflection-shapes2026-08-27T01:03:23.113Z涡轮叶片的3D振动测量https://cdn.optomet.com/media/videos/applications/turbine-blade-deflection-shapes/3D-Schwingungsmessung-an-einer-Turbinenschaufel-1.jpg涡轮叶片的工作振型：使用 SWIR 扫描测振仪对由激振器激励的叶片进行全场扫描。软件显示频率范围从 78.5 Hz 到 8.2 kHz 的振型。[2025 | 1:28 min]https://cdn.optomet.com/media/videos/applications/turbine-blade-deflection-shapes/turbine-blade-deflection-shapes-2160p.mp4882026-07-17T09:54:46.839+00:00 https://www.optomet.com/cn/videos/high-temperature-vibrometry2026-08-27T01:03:21.990Z涡轮整体叶盘的模态分析https://cdn.optomet.com/media/videos/applications/high-temperature-vibrometry/Vibrometrie-eines-Hochtemperaturobjekts.jpg涡轮叶盘振动分析：自动冲击锤激励部件，扫描式测振仪采集其响应。视频展示了实时测量、振型及数据导出。" [2022 | 2:24 min]https://cdn.optomet.com/media/videos/applications/high-temperature-vibrometry/high-temperature-vibrometry-720p.mp41442026-07-17T09:54:46.791+00:00 https://www.optomet.com/cn/videos/pcb-tesla-v22026-08-27T01:03:20.941Z印刷电路的振动分析https://cdn.optomet.com/media/videos/applications/pcb-tesla-v2/Schwingungsanalyse-einer-gedruckten-Schaltung.jpg电子组件的振动分析：便携式一体化扫描测振仪可自动扫描由激振器激励的电路板上的预定义测点。多种视图直观呈现振型。[2020 | 1:04 min]https://cdn.optomet.com/media/videos/applications/pcb-tesla-v2/pcb-tesla-v2-2160p.mp4642026-07-17T09:46:01.784+00:00 https://www.optomet.com/cn/videos/brake-disc-dynamics2026-08-27T01:03:19.791Z使用激光多普勒测振仪进行3D刹车盘动态分析https://cdn.optomet.com/media/videos/applications/brake-disc-dynamics/3D-Bremsscheibendynamik-mit-Laser-Doppler-Vibrometrie.jpg制动盘 3D 扫描测振：三台测振仪以非接触方式测量全部三个空间方向的振动，无需附加质量。从几何模型导入到工作振型分析，SmartLab 为研发提供可靠的 3D 数据。[2025 | 1:05 min]https://cdn.optomet.com/media/videos/applications/brake-disc-dynamics/brake-disc-dynamics-2160p.mp4652026-07-15T14:35:02.210+00:00 https://www.optomet.com/cn/videos/turbine-blade-vibration2026-08-27T01:03:18.700Z涡轮叶片的3D振动测量https://cdn.optomet.com/media/videos/applications/turbine-blade-deflection-shapes/3D-Schwingungsmessung-an-einer-Turbinenschaufel-1.jpg使用 SMART 3D 系统对涡轮叶片进行三维振动测量：自动模态锤激励，测点分布于叶片四周，并自动校准至数字孪生模型。可精准捕捉面外和面内模态。[2025 | 0:52 min]https://cdn.optomet.com/media/videos/applications/turbine-blade-vibration/turbine-blade-vibration-2160p.mp4522026-07-15T14:35:02.179+00:00 https://www.optomet.com/cn/videos/full-field-vibrometry2026-08-27T01:03:17.591Z无需传感器的全场振动测量https://cdn.optomet.com/media/videos/technologies/full-field-vibrometry/Vollfeld-Schwingungsmessung-ohne-Sensoren-1.jpg多台 SMART Scan+ 测振仪以数千个测点对车身进行非接触式测量，无需在被测对象上附加质量或铺设电缆。SMART Lab 将所有系统校准至统一的 3D 参考坐标系，使共振以全场方式清晰呈现。[2026 | 1:12 min]https://cdn.optomet.com/media/videos/technologies/full-field-vibrometry/full-field-vibrometry-2160p.mp4722026-07-15T14:35:02.159+00:00 https://www.optomet.com/cn/videos/smart-platform2026-08-27T01:03:16.503ZOptomet SMART平台 – 实验室设备https://cdn.optomet.com/media/videos/products/smart-platform/Optomet-SMART-Platform---Lab-in-a-Device-1.jpgSMART 平台产品宣传片：将测振仪、数据采集与分析功能集成于一台设备中，打造 Lab-in-a-Device。影片展示了从 SMART Single+ 到 SMART DAQ 的系统理念，以及从汽车到涡轮机的各类应用领域。[2024 | 2:38 min]https://cdn.optomet.com/media/videos/products/smart-platform/smart-platform-2160p.mp41582026-07-15T14:35:02.130+00:00 https://www.optomet.com/cn/videos/composite-defect-detection2026-08-27T01:03:15.432Z复合层压板的非接触式缺陷检测https://cdn.optomet.com/media/videos/applications/composite-defect-detection/Ber%C3%BChrungslose-Defekterkennung-in-Verbundlaminaten.jpg碳纤维增强复合材料（CFK）板的无损检测：压电致动器激励导波，SWIR 扫描测振仪对其传播过程进行全场检测。波场在缺陷处发生变化，从而以非接触方式定位缺陷。[2019| 1:45 min]https://cdn.optomet.com/media/videos/applications/composite-defect-detection/composite-defect-detection-1080p.mp41052026-07-15T14:35:02.110+00:00 https://www.optomet.com/cn/videos/displaced-volume-analysis2026-08-27T01:03:14.422Z使用LDV进行位移体积分析——从振动到声波https://cdn.optomet.com/media/Verdr%C3%A4ngungsvolumen-Analyse-mit-LDV-%E2%80%93-Von-der-Schwingung-zum-Schall-1.jpgSmartLab 中的体积位移分析根据振动数据计算所排开的空气体积，并以汽车车门为例进行演示。由此可以直观看出，为什么强烈振动并不总会产生声音：这就是声学短路现象。[2026 | 1:34 min]https://cdn.optomet.com/media/videos/technologies/displaced-volume-analysis/displaced-volume-analysis-2160p.mp4942026-07-15T14:35:02.069+00:00 https://www.optomet.com/cn/videos/smartlab2026-08-27T01:03:13.251ZSMART Lab – 振动声学测试平台https://cdn.optomet.com/media/videos/products/smartlab/SmartLab-%E2%80%93-Vibroakustische-Testplattform.jpgSmartLab 是 Optomet SMART 系列的测量软件。本视频展示了从创建模板、导入 3D 模型和校准，到执行测量的完整工作流程。FRF 动画、时域数据和模态分析均集成于同一环境中。[2025 | 1:06 min]https://cdn.optomet.com/media/videos/products/smartlab/smartlab-2160p.mp4662026-07-15T14:35:02.008+00:00 https://www.optomet.com/kr/videos/turbine-blade-1883hz2026-08-27T01:03:43.675Z터빈 블레이드 – 1883 Hz 모드 형상https://cdn.optomet.com/media/videos/applications/turbine-blade-1883hz/Turbinenschaufel-%E2%80%93-3D-Scanning.jpg짧은 애니메이션 루프: 스캐닝 레이저 진동계로 측정한 1.883 Hz에서의 터빈 블레이드 진동 모드. [2025 | 0:04 min]https://cdn.optomet.com/media/videos/applications/turbine-blade-1883hz/turbine-blade-1883hz-2160p.mp442026-07-30T10:29:33.836+00:00 https://www.optomet.com/kr/videos/time-vertical-view2026-08-27T01:03:42.645Z시간 영역 보기 – 상단 시점https://cdn.optomet.com/media/videos/applications/time-vertical-view/Zeitbereichs-Ansicht-%E2%80%93-Draufsicht.jpg평면에서 본 허니컴 구조 측정의 시간 영역 표시: 구조를 따라 진동이 전파되는 과정이 지점별로 나타나며, 진폭은 나노미터 범위입니다. [2020 | 0:13 min]https://cdn.optomet.com/media/videos/applications/time-vertical-view/time-vertical-view-720p.mp4132026-07-30T10:29:26.804+00:00 https://www.optomet.com/kr/videos/time-angle-view2026-08-27T01:03:41.623Z시간 영역 보기 – 사선 시점https://cdn.optomet.com/media/videos/applications/time-angle-view/Zeitbereichs-Ansicht-%E2%80%93-Winkelperspektive.jpg비스듬한 시점에서 본 허니컴 구조의 시간 영역 측정: 이 관점에서는 표면을 따라 파동이 공간적으로 전파되는 모습을 특히 선명하게 확인할 수 있습니다. [2020 | 0:11 min]https://cdn.optomet.com/media/videos/applications/time-angle-view/time-angle-view-720p.mp4112026-07-30T10:29:19.774+00:00 https://www.optomet.com/kr/videos/modal-analysis-turbine-blade2026-08-27T01:03:40.567ZSMART Lab을 활용한 터빈 블레이드 모달 해석https://cdn.optomet.com/media/videos/applications/modal-analysis-turbine-blade/Modalanalyse-einer-Turbinenschaufel-mit-SMART-Lab.jpg소프트웨어 미리보기: SmartLab을 이용한 터빈 블레이드 모달 해석. 감쇠값이 포함된 고유진동수, 모드 비교를 위한 MAC 행렬, 자동 피크 검출이 적용된 피팅 주파수 응답을 확인할 수 있습니다. [2025 | 0:22 min]https://cdn.optomet.com/media/videos/applications/modal-analysis-turbine-blade/modal-analysis-turbine-blade-1080p.mp4222026-07-30T10:29:05.605+00:00 https://www.optomet.com/kr/videos/human-skin-measurement2026-08-27T01:03:39.553Z인체 피부 진동 측정https://cdn.optomet.com/media/videos/applications/human-skin-measurement/Schwingungsmessung-auf-menschlicher-Haut-1.jpg인체 피부에서 직접 진동 측정: 소형 파이버 측정 헤드가 손바닥의 움직임을 비접촉 방식으로 감지하고, 스펙트럼을 소프트웨어에 실시간으로 표시합니다. 의료기술 및 생체역학 분야에 유용합니다. [2019 | 0:16 min]https://cdn.optomet.com/media/videos/applications/human-skin-measurement/human-skin-measurement-1080p.mp4162026-07-30T10:28:58.416+00:00 https://www.optomet.com/kr/videos/micro-optic-vector-setup2026-08-27T01:03:38.588ZVector Micro-Optics 설치 가이드https://cdn.optomet.com/media/videos/products/micro-optic-vector-setup/Vector-Micro-Optics-%E2%80%93-Aufbau-und-Inbetriebnahme.jpgVector 마이크로 광학계 설치를 위한 단계별 안내: 포지셔닝 테이블에 장착하고 3축으로 정렬한 후, 레이저 스폿의 초점을 시험 대상물에 맞춥니다. 마지막으로 Software OptoGUI에서 측정을 완료합니다. [2022 | 1:23 min]https://cdn.optomet.com/media/videos/products/micro-optic-vector-setup/micro-optic-vector-setup-1080p.mp4832026-07-30T10:28:51.354+00:00 https://www.optomet.com/kr/videos/modal-analysis-disk-hammer2026-08-27T01:03:37.520Z모달 해석 – 디스크와 임팩트 해머https://cdn.optomet.com/media/videos/applications/modal-analysis-disk-hammer/Modalanalyse-%E2%80%93-Scheibe-und-Impulshammer.jpg모달 해석 스크린캐스트: 디스크를 임팩트 해머로 가진하면 소프트웨어가 시간 신호, 주파수 응답, 그리고 주파수 및 감쇠비와 함께 식별된 모드를 표시합니다. 진동 모드는 메시 위에 애니메이션으로 시각화됩니다. [2021 | 1:49 min]https://cdn.optomet.com/media/videos/applications/modal-analysis-disk-hammer/modal-analysis-disk-hammer-1080p.mp41092026-07-30T10:28:44.264+00:00 https://www.optomet.com/kr/videos/fiber-vibrometer2026-08-27T01:03:36.571Z파이버 진동계 시연https://cdn.optomet.com/media/videos/products/fiber-vibrometer/Fiber-Vibrometer-im-Einsatz.jpgFiber-Vibrometer 활용 사례: 소형 패시브 측정 헤드로 접근하기 어려운 위치를 측정합니다. 여기서는 테스트 스탠드의 엔진을 측정합니다. 광섬유 멀티플렉서를 사용하면 여러 측정 헤드를 전환해 가며 다양한 방향에서 물체를 측정할 수 있습니다. [2018 | 0:28 min]https://cdn.optomet.com/media/videos/products/fiber-vibrometer/fiber-vibrometer-2160p.mp4282026-07-30T10:28:37.142+00:00 https://www.optomet.com/kr/videos/automotive-acoustic-engineering2026-08-27T01:03:35.469Z레이저 진동 측정을 활용한 자동차 음향 엔지니어링https://cdn.optomet.com/media/videos/applications/automotive-acoustic-engineering/Akustik-Engineering-im-Automobilbau-mit-Laservibrometrie.jpg자동차 제조 분야의 음향 엔지니어링: 레이저 진동계가 시험대에서 차체 전체 표면을 실시간으로 측정합니다. SmartLab은 3D 모델(NASTRAN, STL)을 가져오며, 데이터 수집 시스템에는 기존 NVH 센서를 직접 통합할 수 있습니다. [2024 | 0:45 min]https://cdn.optomet.com/media/videos/applications/automotive-acoustic-engineering/automotive-acoustic-engineering-2160p.mp4452026-07-30T02:32:47.255+00:00 https://www.optomet.com/kr/videos/high-dynamic-range-v22026-08-27T01:03:34.380Z고감도 범위https://cdn.optomet.com/media/videos/technologies/high-dynamic-range-v2/Hoher-Dynamikbereich-1.jpg쿼츠 시계 무브먼트를 이용한 동적 범위 시연: 셰이커가 부품을 거시적으로 움직이는 동시에, 진동계는 32,768 kHz의 쿼츠 진동을 나노미터 범위까지 분해해 측정합니다. 한 번의 측정으로 11자릿수에 달하는 동적 범위를 구현합니다. [2019| 1:24 min]https://cdn.optomet.com/media/videos/technologies/high-dynamic-range-v2/high-dynamic-range-v2-2160p.mp4842026-07-28T10:01:54.593+00:00 https://www.optomet.com/kr/videos/brake-disc-out-of-plane-6khz2026-08-27T01:03:33.390Z6 kHz에서 브레이크 디스크의 면외 진동https://cdn.optomet.com/media/videos/applications/brake-disc-out-of-plane-6khz/In-plane-vibration-of-a-brake-disc-at-6-kHz-1.jpgSmartLab의 짧은 애니메이션: 6 kHz에서 브레이크 디스크의 면외 진동 모드(디스크 표면에 수직인 움직임)를 레이저 도플러 진동계로 비접촉 측정한 결과입니다. [2025 | 0:10 min]https://cdn.optomet.com/media/videos/applications/brake-disc-out-of-plane-6khz/brake-disc-out-of-plane-6khz-1080p.mp4102026-07-28T09:30:03.709+00:00 https://www.optomet.com/kr/videos/brake-disc-in-plane-6khz2026-08-27T01:03:32.500Z6 kHz에서 브레이크 디스크의 면내 진동https://cdn.optomet.com/media/brake-disc-in-plane-vibration-frequency-peaks.jpgSmartLab의 짧은 애니메이션: 3D 레이저 도플러 진동계로 측정한 6 kHz에서의 브레이크 디스크 면내 진동 모드(디스크 평면 내 운동). 면외 진동 영상과 짝을 이루는 영상입니다. [2025 | 0:09 min]https://cdn.optomet.com/media/videos/applications/brake-disc-in-plane-6khz/brake-disc-in-plane-6khz-1080p.mp492026-07-28T09:30:03.698+00:00 https://www.optomet.com/kr/videos/nova-xtra-bridge-v22026-08-27T01:03:31.603Z교량 진동 측정https://cdn.optomet.com/media/videos/applications/nova-xtra-bridge-v2/Schwingungsmessung-an-einer-Br%C3%BCcke-1.jpg장거리 진동계 Nova Xtra를 이용한 교량 진동 측정: SWIR 레이저와 통합형 적외선 카메라를 통해 구조물에 센서를 설치하지 않고도 최대 300 m 거리에서 비접촉식 측정이 가능합니다. [2020| 0:53 min]https://cdn.optomet.com/media/videos/applications/nova-xtra-bridge-v2/nova-xtra-bridge-v2-2160p.mp4532026-07-28T01:22:22.465+00:00 https://www.optomet.com/kr/videos/pcb-3d-scanning-full2026-08-27T01:03:30.609ZPCB 전체 필드 3D 스캔https://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-full/3D-Scan-einer-Leiterplatte-(Vollfeld).jpgSmartLab에서 수행한 인쇄회로기판의 전 영역 3D 스캔: 셰이커로 가진된 어셈블리의 전체 표면을 스캔합니다. 전해 커패시터와 같은 개별 부품의 진동 모드가 3D 모델에 직접 시각화됩니다. [2025 | 0:41 min]https://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-full/pcb-3d-scanning-full-720p.mp4412026-07-28T01:22:22.454+00:00 https://www.optomet.com/kr/videos/pcb-3d-scanning-shaker2026-08-27T01:03:29.701Z셰이커 위 PCB의 3D 스캐닝https://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-shaker/3D-Scanning-einer-Leiterplatte-auf-dem-Shaker.jpg회로 기판에서 공진하는 단일 커패시터의 3D 진동 측정을 담은 짧은 영상입니다. [2025 | 0:04 min]https://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-shaker/pcb-3d-scanning-shaker-2160p.mp442026-07-28T01:22:22.426+00:00 https://www.optomet.com/kr/videos/acoustic-levitator-sound-field2026-08-27T01:03:28.594Z음향 부양 장치의 음장https://cdn.optomet.com/media/videos/applications/acoustic-levitator-sound-field/Schallfeld-eines-akustischen-Levitators.jpg초음파의 시각화: 음향 부상 장치가 정상파의 압력 노드에 입자를 띄워 고정합니다. 진동계는 공기의 굴절률 변화를 감지해 음장을 진폭 및 위상 이미지로 구현합니다. [2020 | 1:12 min]https://cdn.optomet.com/media/videos/applications/acoustic-levitator-sound-field/acoustic-levitator-sound-field-2160p.mp4722026-07-17T09:54:47.203+00:00 https://www.optomet.com/kr/videos/violoncello-v22026-08-27T01:03:27.538Z첼로의 진동 및 기하학https://cdn.optomet.com/media/videos/applications/violoncello-douyin/Vibration-und-Geometrie-eines-Violoncellos.jpg한 번의 측정으로 확인하는 첼로의 진동과 형상: SWIR 스캐닝 진동계는 적외선 레이저를 이용해 진동 및 거리 데이터를 제공합니다. 이를 통해 3D 형상을 생성하고, 그 위에 진동 모드를 직접 시각화할 수 있습니다. [2020 | 1:12 min]https://cdn.optomet.com/media/videos/applications/violoncello-v2/violoncello-v2-2160p.mp4722026-07-17T09:54:47.161+00:00 https://www.optomet.com/kr/videos/rotating-grinding-disc2026-08-27T01:03:26.439Z거친 회전 연마 휠의 진동https://cdn.optomet.com/media/videos/applications/rotating-grinding-disc/Schwingungen-einer-rauen,-rotierenden-Schleifscheibe.jpg5.800 U/min으로 회전하는 표면이 거친 연삭 휠의 작동 중 진동 모드: 어두운 표면과 회전에도 불구하고 바이브로미터는 비접촉 방식으로 측정합니다. 영상에서는 회전 주파수와 고조파에서의 진동 모드를 확인할 수 있습니다. [2020| 1:10 min]https://cdn.optomet.com/media/videos/applications/rotating-grinding-disc/rotating-grinding-disc-2160p.mp4702026-07-17T09:54:47.070+00:00 https://www.optomet.com/kr/videos/high-frequency-scanning2026-08-27T01:03:25.314Z고주파 스캐닝 측정https://cdn.optomet.com/media/videos/applications/high-frequency-scanning/Hochfrequenz-Scanning-Messung.jpg피에조 버저의 고주파 스캐닝: 올인원 스캐닝 진동계는 Close-up 장치를 사용해 초소형 구조물을 측정합니다. 스캔 결과는 초음파 응용 분야와 관련된 1,77 MHz 및 4,44 MHz에서의 진동 모드를 보여줍니다. [2020 | 1:08 min]https://cdn.optomet.com/media/videos/applications/high-frequency-scanning/high-frequency-scanning-2160p.mp4682026-07-17T09:54:47.008+00:00 https://www.optomet.com/kr/videos/long-range-vibration-measurement2026-08-27T01:03:24.252Z원거리 진동 측정https://cdn.optomet.com/media/videos/applications/long-range-vibration-measurement/Schwingungsmessung-%C3%BCber-gro%C3%9Fe-Entfernungen.jpg원격 측정 시연: 창가에 설치된 진동계가 멀리 떨어진 실외 표적을 측정하며, 실시간 신호가 노트북에 즉시 표시됩니다. 비접촉 진동 측정은 장거리에서도 가능합니다. [2018| 0:32 min]https://cdn.optomet.com/media/videos/applications/long-range-vibration-measurement/long-range-vibration-measurement-2160p.mp4322026-07-17T09:54:46.899+00:00 https://www.optomet.com/kr/videos/turbine-blade-deflection-shapes2026-08-27T01:03:23.113Z터빈 블레이드의 3D 진동 측정https://cdn.optomet.com/media/videos/applications/turbine-blade-deflection-shapes/3D-Schwingungsmessung-an-einer-Turbinenschaufel-1.jpg터빈 블레이드의 작동 진동 모드: 셰이커로 가진된 블레이드의 전체 표면을 SWIR 스캐닝 진동계로 측정합니다. 소프트웨어는 78.5 Hz~8.2 kHz 주파수 범위의 진동 모드를 보여줍니다. [2025 | 1:28 min]https://cdn.optomet.com/media/videos/applications/turbine-blade-deflection-shapes/turbine-blade-deflection-shapes-2160p.mp4882026-07-17T09:54:46.839+00:00 https://www.optomet.com/kr/videos/high-temperature-vibrometry2026-08-27T01:03:21.990Z터빈 블리스크의 모달 해석https://cdn.optomet.com/media/videos/applications/high-temperature-vibrometry/Vibrometrie-eines-Hochtemperaturobjekts.jpg터빈 블리스크의 진동 분석: 자동 임팩트 해머로 부품을 가진하고, 스캐닝 진동계로 응답을 측정합니다. 실시간 측정, 진동 모드 및 데이터 내보내기 과정을 소개합니다." [2022 | 2:24 min]https://cdn.optomet.com/media/videos/applications/high-temperature-vibrometry/high-temperature-vibrometry-720p.mp41442026-07-17T09:54:46.791+00:00 https://www.optomet.com/kr/videos/pcb-tesla-v22026-08-27T01:03:20.941Z인쇄 회로의 진동 분석https://cdn.optomet.com/media/videos/applications/pcb-tesla-v2/Schwingungsanalyse-einer-gedruckten-Schaltung.jpg전자 어셈블리의 진동 분석: 휴대형 올인원 스캐닝 진동계가 셰이커로 가진된 회로 기판을 사전 정의된 지점에서 자동으로 스캔합니다. 다양한 뷰를 통해 진동 모드를 확인할 수 있습니다. [2020 | 1:04 min]https://cdn.optomet.com/media/videos/applications/pcb-tesla-v2/pcb-tesla-v2-2160p.mp4642026-07-17T09:46:01.784+00:00 https://www.optomet.com/kr/videos/brake-disc-dynamics2026-08-27T01:03:19.791Z레이저 도플러 진동계를 이용한 3D 브레이크 디스크 동역학https://cdn.optomet.com/media/videos/applications/brake-disc-dynamics/3D-Bremsscheibendynamik-mit-Laser-Doppler-Vibrometrie.jpg브레이크 디스크의 3D 스캐닝 진동 측정: 3대의 진동계가 추가 질량 없이 모든 공간 방향의 진동을 비접촉 방식으로 측정합니다. SmartLab은 형상 데이터 가져오기부터 운전 중 진동 형상 분석까지 개발에 필요한 신뢰도 높은 3D 데이터를 제공합니다. [2025 | 1:05 min]https://cdn.optomet.com/media/videos/applications/brake-disc-dynamics/brake-disc-dynamics-2160p.mp4652026-07-15T14:35:02.210+00:00 https://www.optomet.com/kr/videos/turbine-blade-vibration2026-08-27T01:03:18.700Z터빈 블레이드의 3D 진동 측정https://cdn.optomet.com/media/videos/applications/turbine-blade-deflection-shapes/3D-Schwingungsmessung-an-einer-Turbinenschaufel-1.jpgSMART 3D 시스템을 이용한 터빈 블레이드의 3D 진동 측정: 자동 모달 해머, 전체 표면에 분포된 측정 포인트, 디지털 트윈 기반 자동 보정. Out-of-plane 및 In-plane 모드를 정밀하게 측정합니다. [2025 | 0:52 min]https://cdn.optomet.com/media/videos/applications/turbine-blade-vibration/turbine-blade-vibration-2160p.mp4522026-07-15T14:35:02.179+00:00 https://www.optomet.com/kr/videos/full-field-vibrometry2026-08-27T01:03:17.591Z센서 없이 전체 필드 진동 측정https://cdn.optomet.com/media/videos/technologies/full-field-vibrometry/Vollfeld-Schwingungsmessung-ohne-Sensoren-1.jpg여러 대의 SmartScan+ 진동계가 대상물에 질량을 추가하거나 케이블을 연결하지 않고도 수천 개의 측정 지점에서 차체를 비접촉 방식으로 측정합니다. SmartLab은 모든 시스템을 하나의 공통 3D 기준 좌표계로 보정하여 차체 전체의 공진을 시각화합니다. [2026 | 1:12 min]https://cdn.optomet.com/media/videos/technologies/full-field-vibrometry/full-field-vibrometry-2160p.mp4722026-07-15T14:35:02.159+00:00 https://www.optomet.com/kr/videos/smart-platform2026-08-27T01:03:16.503ZOptomet SMART Platform – 장치 내 실험실https://cdn.optomet.com/media/videos/products/smart-platform/Optomet-SMART-Platform---Lab-in-a-Device-1.jpgSMART 플랫폼 제품 소개 영상: 진동계, 데이터 수집 및 분석 기능을 하나의 장치에 통합한 Lab-in-a-Device입니다. 이 영상은 SMART Single+부터 SMART DAQ까지 아우르는 시스템 개념과 자동차 분야부터 터빈까지 다양한 적용 분야를 소개합니다. [2024 | 2:38 min]https://cdn.optomet.com/media/videos/products/smart-platform/smart-platform-2160p.mp41582026-07-15T14:35:02.130+00:00 https://www.optomet.com/kr/videos/composite-defect-detection2026-08-27T01:03:15.432Z복합 라미네이트의 비접촉 결함 감지https://cdn.optomet.com/media/videos/applications/composite-defect-detection/Ber%C3%BChrungslose-Defekterkennung-in-Verbundlaminaten.jpgCFRP 판의 비파괴 검사: 피에조 액추에이터가 유도파를 가진하고, SWIR 스캐닝 진동계가 유도파의 전파 양상을 전체 표면에서 측정합니다. 결함 부위에서는 파동장이 변화하므로 결함 위치를 비접촉 방식으로 파악할 수 있습니다. [2019| 1:45 min]https://cdn.optomet.com/media/videos/applications/composite-defect-detection/composite-defect-detection-1080p.mp41052026-07-15T14:35:02.110+00:00 https://www.optomet.com/kr/videos/displaced-volume-analysis2026-08-27T01:03:14.422ZLDV를 이용한 변위 볼륨 분석 – 진동에서 소리로https://cdn.optomet.com/media/Verdr%C3%A4ngungsvolumen-Analyse-mit-LDV-%E2%80%93-Von-der-Schwingung-zum-Schall-1.jpgSmartLab의 체적 변위 분석은 진동 데이터로부터 변위된 공기 체적을 계산하며, 자동차 도어를 예로 들어 이를 보여줍니다. 이를 통해 강한 진동이 항상 소리를 발생시키는 것은 아닌 이유, 즉 음향 단락 현상을 확인할 수 있습니다. [2026 | 1:34 min]https://cdn.optomet.com/media/videos/technologies/displaced-volume-analysis/displaced-volume-analysis-2160p.mp4942026-07-15T14:35:02.069+00:00 https://www.optomet.com/kr/videos/smartlab2026-08-27T01:03:13.251ZSMART Lab – 진동음향 테스트 플랫폼https://cdn.optomet.com/media/videos/products/smartlab/SmartLab-%E2%80%93-Vibroakustische-Testplattform.jpgSmartLab은 Optomet SMART 시리즈용 측정 소프트웨어입니다. 이 영상에서는 템플릿 설정부터 3D 모델 가져오기와 교정을 거쳐 측정에 이르는 워크플로를 보여줍니다. FRF 애니메이션, 시간 데이터 및 모달 해석을 하나의 환경에서 확인할 수 있습니다. [2025 | 1:06 min]https://cdn.optomet.com/media/videos/products/smartlab/smartlab-2160p.mp4662026-07-15T14:35:02.008+00:00 https://www.optomet.com/jp/videos/turbine-blade-1883hz2026-08-27T01:03:43.675Zタービンブレード – 1883 Hzのモード形状https://cdn.optomet.com/media/videos/applications/turbine-blade-1883hz/Turbinenschaufel-%E2%80%93-3D-Scanning.jpgショートアニメーションループ：スキャニングレーザ振動計測により測定した、1.883 Hzにおけるタービンブレードの振動モード。[2025 | 0:04 min]https://cdn.optomet.com/media/videos/applications/turbine-blade-1883hz/turbine-blade-1883hz-2160p.mp442026-07-30T10:29:33.836+00:00 https://www.optomet.com/jp/videos/time-vertical-view2026-08-27T01:03:42.645Z時間領域ビュー – 上面視点https://cdn.optomet.com/media/videos/applications/time-vertical-view/Zeitbereichs-Ansicht-%E2%80%93-Draufsicht.jpgハニカム構造を上面から測定した時間領域表示：構造全体を伝播する振動を、ナノメートル領域の振幅でポイントごとに可視化します。[2020 | 0:13 min]https://cdn.optomet.com/media/videos/applications/time-vertical-view/time-vertical-view-720p.mp4132026-07-30T10:29:26.804+00:00 https://www.optomet.com/jp/videos/time-angle-view2026-08-27T01:03:41.623Z時間領域ビュー – 斜め視点https://cdn.optomet.com/media/videos/applications/time-angle-view/Zeitbereichs-Ansicht-%E2%80%93-Winkelperspektive.jpgハニカム構造を斜めから捉えた時間領域測定：この視点では、表面を伝わる波の空間的な広がりを特に明瞭に確認できます。[2020 | 0:11 min]https://cdn.optomet.com/media/videos/applications/time-angle-view/time-angle-view-720p.mp4112026-07-30T10:29:19.774+00:00 https://www.optomet.com/jp/videos/modal-analysis-turbine-blade2026-08-27T01:03:40.567ZSMART Labによるタービンブレードのモーダル解析https://cdn.optomet.com/media/videos/applications/modal-analysis-turbine-blade/Modalanalyse-einer-Turbinenschaufel-mit-SMART-Lab.jpgソフトウェアのショートデモ：SmartLabによるタービンブレードのモーダル解析。減衰値を伴う固有振動数、モード比較用のMACマトリクス、さらに自動ピーク検出によってフィッティングされた周波数応答を紹介します。[2025 | 0:22 min]https://cdn.optomet.com/media/videos/applications/modal-analysis-turbine-blade/modal-analysis-turbine-blade-1080p.mp4222026-07-30T10:29:05.605+00:00 https://www.optomet.com/jp/videos/human-skin-measurement2026-08-27T01:03:39.553Z人の皮膚の振動計測https://cdn.optomet.com/media/videos/applications/human-skin-measurement/Schwingungsmessung-auf-menschlicher-Haut-1.jpg人の皮膚上で振動を直接測定：コンパクトなファイバー測定ヘッドが手のひらの動きを非接触で検出し、スペクトルをソフトウェア上にリアルタイム表示します。医療技術やバイオメカニクス分野に最適です。[2019 | 0:16 min]https://cdn.optomet.com/media/videos/applications/human-skin-measurement/human-skin-measurement-1080p.mp4162026-07-30T10:28:58.416+00:00 https://www.optomet.com/jp/videos/micro-optic-vector-setup2026-08-27T01:03:38.588ZVector Micro-Optics セットアップガイドhttps://cdn.optomet.com/media/videos/products/micro-optic-vector-setup/Vector-Micro-Optics-%E2%80%93-Aufbau-und-Inbetriebnahme.jpgVectorマイクロオプティクスのセットアップ手順をステップごとに解説します。位置決めステージへの取り付け、3軸方向の調整、試験体へのレーザースポットの集光を行い、最後にSoftware OptoGUIで測定を完了します。[2022 | 1:23 min]https://cdn.optomet.com/media/videos/products/micro-optic-vector-setup/micro-optic-vector-setup-1080p.mp4832026-07-30T10:28:51.354+00:00 https://www.optomet.com/jp/videos/modal-analysis-disk-hammer2026-08-27T01:03:37.520Zモーダル解析 – ディスクとインパクトハンマーhttps://cdn.optomet.com/media/videos/applications/modal-analysis-disk-hammer/Modalanalyse-%E2%80%93-Scheibe-und-Impulshammer.jpgモーダル解析のスクリーンキャスト：円板をインパルスハンマーで加振し、ソフトウェア上に時間波形、周波数応答、および同定されたモードの周波数と減衰が表示されます。振動モード形状はメッシュ上でアニメーション表示されます。[2021年 | 1分49秒]https://cdn.optomet.com/media/videos/applications/modal-analysis-disk-hammer/modal-analysis-disk-hammer-1080p.mp41092026-07-30T10:28:44.264+00:00 https://www.optomet.com/jp/videos/fiber-vibrometer2026-08-27T01:03:36.571Zファイバー振動計の実演https://cdn.optomet.com/media/videos/products/fiber-vibrometer/Fiber-Vibrometer-im-Einsatz.jpgFiber-Vibrometerの活用例：小型のパッシブ測定ヘッドにより、アクセスが困難な箇所を測定します。ここでは、テストスタンド上のエンジンを測定しています。ファイバーマルチプレクサーを使用すれば、複数の測定ヘッドを切り替え、対象物をさまざまな方向から測定できます。[2018 | 0:28 min]https://cdn.optomet.com/media/videos/products/fiber-vibrometer/fiber-vibrometer-2160p.mp4282026-07-30T10:28:37.142+00:00 https://www.optomet.com/jp/videos/automotive-acoustic-engineering2026-08-27T01:03:35.469Zレーザー振動計測による自動車音響エンジニアリングhttps://cdn.optomet.com/media/videos/applications/automotive-acoustic-engineering/Akustik-Engineering-im-Automobilbau-mit-Laservibrometrie.jpg自動車製造における音響エンジニアリング：レーザ振動計が試験設備上の車体全面をリアルタイムで測定します。SmartLabは3Dモデル（NASTRAN、STL）をインポートでき、データ収集システムには従来のNVHセンサーを直接統合できます。[2024 | 0:45 min]https://cdn.optomet.com/media/videos/applications/automotive-acoustic-engineering/automotive-acoustic-engineering-2160p.mp4452026-07-30T02:32:47.255+00:00 https://www.optomet.com/jp/videos/high-dynamic-range-v22026-08-27T01:03:34.380Zハイダイナミックレンジhttps://cdn.optomet.com/media/videos/technologies/high-dynamic-range-v2/Hoher-Dynamikbereich-1.jpgクォーツ時計ムーブメントを用いたダイナミックレンジの実演：加振器で部品を巨視的に動かす一方、振動計は32,768 kHzのクォーツ振動をナノメートル領域で分解します。1回の測定で11桁のダイナミックレンジを実現。[2019| 1:24 min]https://cdn.optomet.com/media/videos/technologies/high-dynamic-range-v2/high-dynamic-range-v2-2160p.mp4842026-07-28T10:01:54.593+00:00 https://www.optomet.com/jp/videos/brake-disc-out-of-plane-6khz2026-08-27T01:03:33.390Z6 kHzにおけるブレーキディスクの面外振動https://cdn.optomet.com/media/videos/applications/brake-disc-out-of-plane-6khz/In-plane-vibration-of-a-brake-disc-at-6-kHz-1.jpgSmartLabによる短いアニメーション：6 kHzにおけるブレーキディスクの面外振動モード（ディスク表面に垂直な動き）を、レーザードップラー振動計測により非接触で測定。[2025年 | 0:10分]https://cdn.optomet.com/media/videos/applications/brake-disc-out-of-plane-6khz/brake-disc-out-of-plane-6khz-1080p.mp4102026-07-28T09:30:03.709+00:00 https://www.optomet.com/jp/videos/brake-disc-in-plane-6khz2026-08-27T01:03:32.500Z6 kHzにおけるブレーキディスクの面内振動https://cdn.optomet.com/media/brake-disc-in-plane-vibration-frequency-peaks.jpgSmartLabによるショートアニメーション：3Dレーザードップラー振動計測で測定した、6 kHzにおけるブレーキディスクの面内振動モード（ディスク面内の運動）。面外振動の動画と対をなす映像です。[2025 | 0:09 min]https://cdn.optomet.com/media/videos/applications/brake-disc-in-plane-6khz/brake-disc-in-plane-6khz-1080p.mp492026-07-28T09:30:03.698+00:00 https://www.optomet.com/jp/videos/nova-xtra-bridge-v22026-08-27T01:03:31.603Z橋梁の振動計測https://cdn.optomet.com/media/videos/applications/nova-xtra-bridge-v2/Schwingungsmessung-an-einer-Br%C3%BCcke-1.jpg長距離振動計Nova Xtraによる橋梁の振動測定：SWIRレーザーと内蔵赤外線カメラにより、構造物にセンサーを設置することなく、最大300 m離れた場所から非接触で測定できます。[2020| 0:53 min]https://cdn.optomet.com/media/videos/applications/nova-xtra-bridge-v2/nova-xtra-bridge-v2-2160p.mp4532026-07-28T01:22:22.465+00:00 https://www.optomet.com/jp/videos/pcb-3d-scanning-full2026-08-27T01:03:30.609Zプリント基板のフルフィールド3Dスキャンhttps://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-full/3D-Scan-einer-Leiterplatte-(Vollfeld).jpgSmartLabでのプリント基板の全視野3Dスキャン：シェーカーで加振されたアセンブリの表面全体をスキャンします。電解コンデンサなど、個々の部品の振動モードを3Dモデル上で直接可視化できます。[2025 | 0:41 min]https://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-full/pcb-3d-scanning-full-720p.mp4412026-07-28T01:22:22.454+00:00 https://www.optomet.com/jp/videos/pcb-3d-scanning-shaker2026-08-27T01:03:29.701Zシェーカー上のプリント基板の3Dスキャンhttps://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-shaker/3D-Scanning-einer-Leiterplatte-auf-dem-Shaker.jpgプリント基板上の単一コンデンサの共振時における3D振動測定のショート動画。[2025年 | 0:04分]https://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-shaker/pcb-3d-scanning-shaker-2160p.mp442026-07-28T01:22:22.426+00:00 https://www.optomet.com/jp/videos/acoustic-levitator-sound-field2026-08-27T01:03:28.594Z音響浮揚装置の音場https://cdn.optomet.com/media/videos/applications/acoustic-levitator-sound-field/Schallfeld-eines-akustischen-Levitators.jpg超音波を可視化：音響浮揚装置が、定在波の圧力ノードに粒子を保持します。Vibrometerは、空気の屈折率変化を介して音場を走査し、振幅像と位相像として可視化します。[2020 | 1:12 min]https://cdn.optomet.com/media/videos/applications/acoustic-levitator-sound-field/acoustic-levitator-sound-field-2160p.mp4722026-07-17T09:54:47.203+00:00 https://www.optomet.com/jp/videos/violoncello-v22026-08-27T01:03:27.538Zチェロの振動と形状https://cdn.optomet.com/media/videos/applications/violoncello-douyin/Vibration-und-Geometrie-eines-Violoncellos.jpg1回の測定でチェロの振動と形状を取得：SWIRスキャニング振動計は、赤外線レーザーを用いて振動データと距離データを取得します。これにより3D形状を生成し、その形状上に振動モードを直接表示できます。[2020 | 1:12 min]https://cdn.optomet.com/media/videos/applications/violoncello-v2/violoncello-v2-2160p.mp4722026-07-17T09:54:47.161+00:00 https://www.optomet.com/jp/videos/rotating-grinding-disc2026-08-27T01:03:26.439Z粗い回転砥石の振動https://cdn.optomet.com/media/videos/applications/rotating-grinding-disc/Schwingungen-einer-rauen,-rotierenden-Schleifscheibe.jpg5,800 U/minで回転する粗い砥石の実稼働振動モード：暗色の表面で回転中であるにもかかわらず、振動計は非接触で測定します。映像では、回転周波数およびその高調波における振動モードをご覧いただけます。[2020| 1:10 min]https://cdn.optomet.com/media/videos/applications/rotating-grinding-disc/rotating-grinding-disc-2160p.mp4702026-07-17T09:54:47.070+00:00 https://www.optomet.com/jp/videos/high-frequency-scanning2026-08-27T01:03:25.314Z高周波スキャニング測定https://cdn.optomet.com/media/videos/applications/high-frequency-scanning/Hochfrequenz-Scanning-Messung.jpg圧電ブザーの高周波スキャニング：オールインワン・スキャニング振動計は、クローズアップユニットにより微細構造を測定します。スキャンでは、超音波アプリケーションに関連する1,77 MHzおよび4,44 MHzでの振動モードを可視化しています。[2020 | 1:08 min]https://cdn.optomet.com/media/videos/applications/high-frequency-scanning/high-frequency-scanning-2160p.mp4682026-07-17T09:54:47.008+00:00 https://www.optomet.com/jp/videos/long-range-vibration-measurement2026-08-27T01:03:24.252Z遠距離での振動測定https://cdn.optomet.com/media/videos/applications/long-range-vibration-measurement/Schwingungsmessung-%C3%BCber-gro%C3%9Fe-Entfernungen.jpg遠隔測定の実演：窓際に設置した振動計で屋外の遠方にある対象物を測定し、ライブ信号をノートPCに即座に表示します。非接触振動測定は長距離でも可能です。[2018| 0:32 min]https://cdn.optomet.com/media/videos/applications/long-range-vibration-measurement/long-range-vibration-measurement-2160p.mp4322026-07-17T09:54:46.899+00:00 https://www.optomet.com/jp/videos/turbine-blade-deflection-shapes2026-08-27T01:03:23.113Zタービンブレードの3D振動測定https://cdn.optomet.com/media/videos/applications/turbine-blade-deflection-shapes/3D-Schwingungsmessung-an-einer-Turbinenschaufel-1.jpgタービンブレードの実稼働振動モード：シェーカーで加振したブレードの全面をSWIRスキャニング振動計で測定します。ソフトウェアは、78,5 Hz～8,2 kHzの各周波数における振動モードを表示します。[2025 | 1:28 min]https://cdn.optomet.com/media/videos/applications/turbine-blade-deflection-shapes/turbine-blade-deflection-shapes-2160p.mp4882026-07-17T09:54:46.839+00:00 https://www.optomet.com/jp/videos/high-temperature-vibrometry2026-08-27T01:03:21.990Zタービンブリスクのモーダル解析https://cdn.optomet.com/media/videos/applications/high-temperature-vibrometry/Vibrometrie-eines-Hochtemperaturobjekts.jpgタービンブリスクの振動解析：自動インパルスハンマーで部品を加振し、スキャニング振動計でその応答を計測します。ライブ計測、振動モード、データエクスポートをご紹介します。" [2022 | 2:24 min]https://cdn.optomet.com/media/videos/applications/high-temperature-vibrometry/high-temperature-vibrometry-720p.mp41442026-07-17T09:54:46.791+00:00 https://www.optomet.com/jp/videos/pcb-tesla-v22026-08-27T01:03:20.941Zプリント基板の振動解析https://cdn.optomet.com/media/videos/applications/pcb-tesla-v2/Schwingungsanalyse-einer-gedruckten-Schaltung.jpg電子機器アセンブリの振動解析：ポータブルなオールインワン型スキャニング振動計が、加振器で励振されたプリント基板を、あらかじめ設定した測定点で自動スキャンします。さまざまな表示により、振動モードを可視化します。[2020 | 1:04 min]https://cdn.optomet.com/media/videos/applications/pcb-tesla-v2/pcb-tesla-v2-2160p.mp4642026-07-17T09:46:01.784+00:00 https://www.optomet.com/jp/videos/brake-disc-dynamics2026-08-27T01:03:19.791Zレーザードップラ振動計による3Dブレーキディスクの動的解析https://cdn.optomet.com/media/videos/applications/brake-disc-dynamics/3D-Bremsscheibendynamik-mit-Laser-Doppler-Vibrometrie.jpgブレーキディスクの3Dスキャニング振動計測：3台の振動計が、付加質量なしで全空間方向の振動を非接触測定します。SmartLabは、形状データのインポートから実稼働振動モード解析まで、開発に役立つ信頼性の高い3Dデータを提供します。[2025 | 1:05 min]https://cdn.optomet.com/media/videos/applications/brake-disc-dynamics/brake-disc-dynamics-2160p.mp4652026-07-15T14:35:02.210+00:00 https://www.optomet.com/jp/videos/turbine-blade-vibration2026-08-27T01:03:18.700Zタービンブレードの3D振動測定https://cdn.optomet.com/media/videos/applications/turbine-blade-deflection-shapes/3D-Schwingungsmessung-an-einer-Turbinenschaufel-1.jpgSMART 3Dシステムによるタービンブレードの3D振動計測：自動モーダルハンマー、全周に配置された測定点、デジタルツインに対する自動キャリブレーションにより、面外モードと面内モードを高精度に捉えます。[2025 | 0:52 min]https://cdn.optomet.com/media/videos/applications/turbine-blade-vibration/turbine-blade-vibration-2160p.mp4522026-07-15T14:35:02.179+00:00 https://www.optomet.com/jp/videos/full-field-vibrometry2026-08-27T01:03:17.591Zセンサー不要の全視野振動測定https://cdn.optomet.com/media/videos/technologies/full-field-vibrometry/Vollfeld-Schwingungsmessung-ohne-Sensoren-1.jpg複数のSMART Scan+振動計が、対象物に質量やケーブルを付加することなく、数千の測定点で車体を非接触測定します。SMART Labはすべてのシステムを共通の3D基準座標系に校正し、共振モードを全面的に可視化します。[2026 | 1:12 min]https://cdn.optomet.com/media/videos/technologies/full-field-vibrometry/full-field-vibrometry-2160p.mp4722026-07-15T14:35:02.159+00:00 https://www.optomet.com/jp/videos/smart-platform2026-08-27T01:03:16.503ZOptomet SMARTプラットフォーム – デバイス内ラボhttps://cdn.optomet.com/media/videos/products/smart-platform/Optomet-SMART-Platform---Lab-in-a-Device-1.jpgSMARTプラットフォームの製品紹介動画：振動計測、データ収集、解析を1台に統合した「Lab-in-a-Device」をご紹介します。SMART Single+からSMART DAQまでを貫くシステムコンセプトと、Automotiveからタービンまでの応用分野をご覧いただけます。[2024 | 2:38 min]https://cdn.optomet.com/media/videos/products/smart-platform/smart-platform-2160p.mp41582026-07-15T14:35:02.130+00:00 https://www.optomet.com/jp/videos/composite-defect-detection2026-08-27T01:03:15.432Z複合ラミネートの非接触欠陥検出https://cdn.optomet.com/media/videos/applications/composite-defect-detection/Ber%C3%BChrungslose-Defekterkennung-in-Verbundlaminaten.jpgCFRP板の非破壊検査：ピエゾアクチュエータでガイド波を励起し、SWIRスキャニング振動計でその伝搬を面全体にわたって計測します。欠陥箇所では波動場が変化するため、非接触で欠陥を特定できます。[2019| 1:45 min]https://cdn.optomet.com/media/videos/applications/composite-defect-detection/composite-defect-detection-1080p.mp41052026-07-15T14:35:02.110+00:00 https://www.optomet.com/jp/videos/displaced-volume-analysis2026-08-27T01:03:14.422ZLDVによる変位量解析 – 振動から音へhttps://cdn.optomet.com/media/Verdr%C3%A4ngungsvolumen-Analyse-mit-LDV-%E2%80%93-Von-der-Schwingung-zum-Schall-1.jpgSmartLabの排除体積解析では、自動車のドアを例に、振動データから排除された空気の体積を算出します。これにより、強い振動が必ずしも音を発生させるとは限らない理由、すなわち「音響短絡」を可視化できます。[2026 | 1:34 min]https://cdn.optomet.com/media/videos/technologies/displaced-volume-analysis/displaced-volume-analysis-2160p.mp4942026-07-15T14:35:02.069+00:00 https://www.optomet.com/jp/videos/smartlab2026-08-27T01:03:13.251ZSMART Lab – 振動音響テストプラットフォームhttps://cdn.optomet.com/media/videos/products/smartlab/SmartLab-%E2%80%93-Vibroakustische-Testplattform.jpgSmartLabは、Optomet SMARTシリーズ用の計測ソフトウェアです。この動画では、テンプレートの作成から3Dモデルのインポート、キャリブレーション、計測までのワークフローをご紹介します。FRFアニメーション、時系列データ、モーダル解析を1つの環境で利用できます。[2025 | 1:06 min]https://cdn.optomet.com/media/videos/products/smartlab/smartlab-2160p.mp4662026-07-15T14:35:02.008+00:00 https://www.optomet.com/pl/wideo/lopatka-turbiny-postac-drgan-przy-1883-hz2026-08-27T01:03:43.675ZŁopatka turbiny – postać drgań przy 1883 Hzhttps://cdn.optomet.com/media/videos/applications/turbine-blade-1883hz/Turbinenschaufel-%E2%80%93-3D-Scanning.jpgKrótka animacja w pętli: postać drgań łopatki turbiny przy częstotliwości 1.883 Hz, zmierzona za pomocą skaningowej wibrometrii laserowej. [2025 | 0:04 min]https://cdn.optomet.com/media/videos/applications/turbine-blade-1883hz/turbine-blade-1883hz-2160p.mp442026-07-30T10:29:33.836+00:00 https://www.optomet.com/pl/wideo/widok-czasowy-widok-z-gory2026-08-27T01:03:42.645ZWidok czasowy – widok z góryhttps://cdn.optomet.com/media/videos/applications/time-vertical-view/Zeitbereichs-Ansicht-%E2%80%93-Draufsicht.jpgPrezentacja w dziedzinie czasu pomiaru struktury plastra miodu w widoku z góry: propagacja drgań w strukturze staje się widoczna punkt po punkcie, z amplitudami w zakresie nanometrów. [2020 | 0:13 min]https://cdn.optomet.com/media/videos/applications/time-vertical-view/time-vertical-view-720p.mp4132026-07-30T10:29:26.804+00:00 https://www.optomet.com/pl/wideo/widok-czasowy-perspektywa-pod-katem2026-08-27T01:03:41.623ZWidok czasowy – perspektywa pod kątemhttps://cdn.optomet.com/media/videos/applications/time-angle-view/Zeitbereichs-Ansicht-%E2%80%93-Winkelperspektive.jpgPomiar w dziedzinie czasu na strukturze plastra miodu w widoku ukośnym: z tej perspektywy szczególnie dobrze widać przestrzenne rozchodzenie się fali po powierzchni. [2020 | 0:11 min]https://cdn.optomet.com/media/videos/applications/time-angle-view/time-angle-view-720p.mp4112026-07-30T10:29:19.774+00:00 https://www.optomet.com/pl/wideo/analiza-modalna-lopatki-turbiny-w-smart-lab2026-08-27T01:03:40.567ZAnaliza modalna łopatki turbiny w SMART Labhttps://cdn.optomet.com/media/videos/applications/modal-analysis-turbine-blade/Modalanalyse-einer-Turbinenschaufel-mit-SMART-Lab.jpgKrótki wgląd w oprogramowanie: analiza modalna łopatki turbiny w SmartLab. Zaprezentowano częstotliwości własne ze współczynnikami tłumienia, macierz MAC do porównywania modów oraz dopasowane charakterystyki częstotliwościowe z automatycznym wykrywaniem pików. [2025 | 0:22 min]https://cdn.optomet.com/media/videos/applications/modal-analysis-turbine-blade/modal-analysis-turbine-blade-1080p.mp4222026-07-30T10:29:05.605+00:00 https://www.optomet.com/pl/wideo/pomiar-drgan-na-ludzkiej-skorze2026-08-27T01:03:39.553ZPomiar drgań na ludzkiej skórzehttps://cdn.optomet.com/media/videos/applications/human-skin-measurement/Schwingungsmessung-auf-menschlicher-Haut-1.jpgPomiar drgań bezpośrednio na ludzkiej skórze: kompaktowa światłowodowa głowica pomiarowa bezkontaktowo rejestruje ruch powierzchni dłoni, a widmo jest wyświetlane na żywo w oprogramowaniu. Rozwiązanie interesujące dla techniki medycznej i biomechaniki. [2019 | 0:16 min]https://cdn.optomet.com/media/videos/applications/human-skin-measurement/human-skin-measurement-1080p.mp4162026-07-30T10:28:58.416+00:00 https://www.optomet.com/pl/wideo/vector-micro-optics-instrukcja-montazu2026-08-27T01:03:38.588ZVector Micro-Optics – instrukcja montażuhttps://cdn.optomet.com/media/videos/products/micro-optic-vector-setup/Vector-Micro-Optics-%E2%80%93-Aufbau-und-Inbetriebnahme.jpgInstrukcja krok po kroku dotycząca konfiguracji mikrooptyki Vector: montaż na stoliku pozycjonującym, ustawienie w trzech osiach oraz ogniskowanie plamki lasera na badanym obiekcie. Na koniec przedstawiono gotowy pomiar w oprogramowaniu OptoGUI. [2022 | 1:23 min]https://cdn.optomet.com/media/videos/products/micro-optic-vector-setup/micro-optic-vector-setup-1080p.mp4832026-07-30T10:28:51.354+00:00 https://www.optomet.com/pl/wideo/analiza-modalna-tarcza-i-mlotek-udarowy2026-08-27T01:03:37.520ZAnaliza modalna – tarcza i młotek udarowyhttps://cdn.optomet.com/media/videos/applications/modal-analysis-disk-hammer/Modalanalyse-%E2%80%93-Scheibe-und-Impulshammer.jpgScreencast z analizy modalnej: tarcza jest wzbudzana młotkiem impulsowym, a oprogramowanie wyświetla sygnały czasowe, charakterystyki częstotliwościowe oraz zidentyfikowane mody wraz z częstotliwością i tłumieniem. Postacie drgań są animowane na siatce. [2021 | 1:49 min]https://cdn.optomet.com/media/videos/applications/modal-analysis-disk-hammer/modal-analysis-disk-hammer-1080p.mp41092026-07-30T10:28:44.264+00:00 https://www.optomet.com/pl/wideo/wibrometr-swiatlowodowy-w-akcji2026-08-27T01:03:36.571ZWibrometr światłowodowy w akcjihttps://cdn.optomet.com/media/videos/products/fiber-vibrometer/Fiber-Vibrometer-im-Einsatz.jpgWibrometr światłowodowy w praktyce: małe pasywne głowice pomiarowe umożliwiają pomiary w trudno dostępnych miejscach — tutaj na silniku na stanowisku testowym. Multiplekser światłowodowy pozwala przełączać kilka głowic pomiarowych i mierzyć obiekty z różnych kierunków. [2018 | 0:28 min]https://cdn.optomet.com/media/videos/products/fiber-vibrometer/fiber-vibrometer-2160p.mp4282026-07-30T10:28:37.142+00:00 https://www.optomet.com/pl/wideo/akustyka-samochodowa-z-wykorzystaniem-wibrometrii-laserowej2026-08-27T01:03:35.469ZAkustyka samochodowa z wykorzystaniem wibrometrii laserowejhttps://cdn.optomet.com/media/videos/applications/automotive-acoustic-engineering/Akustik-Engineering-im-Automobilbau-mit-Laservibrometrie.jpgInżynieria akustyczna w branży motoryzacyjnej: wibrometry laserowe rejestrują drgania całej powierzchni nadwozia na stanowisku badawczym i w czasie rzeczywistym. SmartLab importuje modele 3D (NASTRAN, STL), a system akwizycji danych umożliwia bezpośrednią integrację z klasycznymi czujnikami NVH. [2024 | 0:45 min]https://cdn.optomet.com/media/videos/applications/automotive-acoustic-engineering/automotive-acoustic-engineering-2160p.mp4452026-07-30T02:32:47.255+00:00 https://www.optomet.com/pl/wideo/wysoki-zakres-dynamiczny2026-08-27T01:03:34.380ZWysoki zakres dynamicznyhttps://cdn.optomet.com/media/videos/technologies/high-dynamic-range-v2/Hoher-Dynamikbereich-1.jpgDemonstracja zakresu dynamicznego na przykładzie mechanizmu zegarka kwarcowego: wzbudnik wprawia element w ruch makroskopowy, a jednocześnie wibrometr rejestruje drgania kwarcu o częstotliwości 32,768 kHz w zakresie nanometrów. 11 rzędów wielkości w jednym pomiarze. [2019| 1:24 min]https://cdn.optomet.com/media/videos/technologies/high-dynamic-range-v2/high-dynamic-range-v2-2160p.mp4842026-07-28T10:01:54.593+00:00 https://www.optomet.com/pl/wideo/drgania-poza-plaszczyzna-tarczy-hamulcowej-przy-6-khz2026-08-27T01:03:33.390ZDrgania poza płaszczyzną tarczy hamulcowej przy 6 kHzhttps://cdn.optomet.com/media/videos/applications/brake-disc-out-of-plane-6khz/In-plane-vibration-of-a-brake-disc-at-6-kHz-1.jpgKrótka animacja ze SmartLab: postać drgań poza płaszczyzną (ruch prostopadły do powierzchni tarczy) tarczy hamulcowej przy 6 kHz, zmierzona bezkontaktowo za pomocą wibrometrii laserowej Dopplera. [2025 | 0:10 min]https://cdn.optomet.com/media/videos/applications/brake-disc-out-of-plane-6khz/brake-disc-out-of-plane-6khz-1080p.mp4102026-07-28T09:30:03.709+00:00 https://www.optomet.com/pl/wideo/drgania-w-plaszczyznie-tarczy-hamulcowej-przy-6-khz2026-08-27T01:03:32.500ZDrgania w płaszczyźnie tarczy hamulcowej przy 6 kHzhttps://cdn.optomet.com/media/brake-disc-in-plane-vibration-frequency-peaks.jpgKrótka animacja ze SmartLab: postać drgań w płaszczyźnie (ruch w płaszczyźnie tarczy) tarczy hamulcowej przy 6 kHz, zmierzona za pomocą trójwymiarowej wibrometrii laserowo-dopplerowskiej. Uzupełnienie filmu przedstawiającego drgania poza płaszczyzną. [2025 | 0:09 min]https://cdn.optomet.com/media/videos/applications/brake-disc-in-plane-6khz/brake-disc-in-plane-6khz-1080p.mp492026-07-28T09:30:03.698+00:00 https://www.optomet.com/pl/wideo/pomiar-drgan-mostu2026-08-27T01:03:31.603ZPomiar drgań mostuhttps://cdn.optomet.com/media/videos/applications/nova-xtra-bridge-v2/Schwingungsmessung-an-einer-Br%C3%BCcke-1.jpgPomiar drgań mostu za pomocą wibrometru dalekiego zasięgu Nova Xtra: dzięki laserowi SWIR i zintegrowanej kamerze na podczerwień możliwe są bezkontaktowe pomiary z odległości do 300 m, bez konieczności montowania czujników na konstrukcji. [2020| 0:53 min]https://cdn.optomet.com/media/videos/applications/nova-xtra-bridge-v2/nova-xtra-bridge-v2-2160p.mp4532026-07-28T01:22:22.465+00:00 https://www.optomet.com/pl/wideo/pelnopolowy-skan-3d-plytki-pcb2026-08-27T01:03:30.609ZPełnopolowy skan 3D płytki PCBhttps://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-full/3D-Scan-einer-Leiterplatte-(Vollfeld).jpgPełnopolowy skan 3D płytki drukowanej w SmartLab: zespół wzbudzany za pomocą wzbudnika drgań jest skanowany na całej powierzchni. Postacie drgań poszczególnych komponentów, takich jak kondensatory elektrolityczne, są widoczne bezpośrednio na modelu 3D. [2025 | 0:41 min]https://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-full/pcb-3d-scanning-full-720p.mp4412026-07-28T01:22:22.454+00:00 https://www.optomet.com/pl/wideo/skanowanie-3d-plytki-pcb-na-wzbudniku2026-08-27T01:03:29.701ZSkanowanie 3D płytki PCB na wzbudnikuhttps://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-shaker/3D-Scanning-einer-Leiterplatte-auf-dem-Shaker.jpgKrótkie nagranie z pomiaru drgań 3D pojedynczego kondensatora w rezonansie na płytce drukowanej. [2025 | 0:04 min]https://cdn.optomet.com/media/videos/applications/pcb-3d-scanning-shaker/pcb-3d-scanning-shaker-2160p.mp442026-07-28T01:22:22.426+00:00 https://www.optomet.com/pl/wideo/pole-dzwiekowe-lewitatora-akustycznego2026-08-27T01:03:28.594ZPole dźwiękowe lewitatora akustycznegohttps://cdn.optomet.com/media/videos/applications/acoustic-levitator-sound-field/Schallfeld-eines-akustischen-Levitators.jpgUltradźwięki uwidocznione: lewitator akustyczny utrzymuje cząstki w węzłach ciśnienia fali stojącej. Wibrometr skanuje pole akustyczne poprzez zmiany współczynnika załamania światła w powietrzu, tworząc obraz amplitudy i fazy. [2020 | 1:12 min]https://cdn.optomet.com/media/videos/applications/acoustic-levitator-sound-field/acoustic-levitator-sound-field-2160p.mp4722026-07-17T09:54:47.203+00:00 https://www.optomet.com/pl/wideo/wibracje-i-geometria-wiolonczeli2026-08-27T01:03:27.538ZWibracje i geometria wiolonczelihttps://cdn.optomet.com/media/videos/applications/violoncello-douyin/Vibration-und-Geometrie-eines-Violoncellos.jpgDrgania i geometria wiolonczeli w jednym pomiarze: wibrometr skanujący SWIR wykorzystuje laser podczerwony do pozyskiwania danych o drganiach i odległości. W ten sposób powstaje geometria 3D wraz z naniesionymi bezpośrednio na nią postaciami drgań. [2020 | 1:12 min]https://cdn.optomet.com/media/videos/applications/violoncello-v2/violoncello-v2-2160p.mp4722026-07-17T09:54:47.161+00:00 https://www.optomet.com/pl/wideo/drgania-chropowatej-obracajacej-sie-tarczy-szlifierskiej2026-08-27T01:03:26.439ZDrgania chropowatej, obracającej się tarczy szlifierskiejhttps://cdn.optomet.com/media/videos/applications/rotating-grinding-disc/Schwingungen-einer-rauen,-rotierenden-Schleifscheibe.jpgPostacie drgań eksploatacyjnych chropowatej, obracającej się tarczy szlifierskiej przy 5.800 U/min: mimo ciemnej powierzchni i ruchu obrotowego wibrometr wykonuje pomiar bezkontaktowo. Widoczne są postacie drgań przy częstotliwości obrotowej oraz jej harmonicznych. [2020| 1:10 min]https://cdn.optomet.com/media/videos/applications/rotating-grinding-disc/rotating-grinding-disc-2160p.mp4702026-07-17T09:54:47.070+00:00 https://www.optomet.com/pl/wideo/pomiar-skanowania-wysokiej-czestotliwosci2026-08-27T01:03:25.314ZPomiar skanowania wysokiej częstotliwościhttps://cdn.optomet.com/media/videos/applications/high-frequency-scanning/Hochfrequenz-Scanning-Messung.jpgSkanowanie wysokoczęstotliwościowe brzęczyka piezoelektrycznego: dzięki modułowi Close-up uniwersalny wibrometr skanujący mierzy najmniejsze struktury. Skany przedstawiają postacie drgań przy częstotliwościach 1,77 MHz i 4,44 MHz, istotnych w zastosowaniach ultradźwiękowych. [2020 | 1:08 min]https://cdn.optomet.com/media/videos/applications/high-frequency-scanning/high-frequency-scanning-2160p.mp4682026-07-17T09:54:47.008+00:00 https://www.optomet.com/pl/wideo/pomiar-drgan-na-duzych-odleglosciach2026-08-27T01:03:24.252ZPomiar drgań na dużych odległościachhttps://cdn.optomet.com/media/videos/applications/long-range-vibration-measurement/Schwingungsmessung-%C3%BCber-gro%C3%9Fe-Entfernungen.jpgPraktyczna demonstracja pomiaru zdalnego: ustawiony przy oknie wibrometr mierzy odległy obiekt na zewnątrz, a sygnał na żywo natychmiast pojawia się na laptopie. Bezkontaktowy pomiar drgań działa również na dużych odległościach. [2018| 0:32 min]https://cdn.optomet.com/media/videos/applications/long-range-vibration-measurement/long-range-vibration-measurement-2160p.mp4322026-07-17T09:54:46.899+00:00 https://www.optomet.com/pl/wideo/3d-pomiar-drgan-na-lopatce-turbiny-112026-08-27T01:03:23.113Z3D-pomiar drgań na łopatce turbinyhttps://cdn.optomet.com/media/videos/applications/turbine-blade-deflection-shapes/3D-Schwingungsmessung-an-einer-Turbinenschaufel-1.jpgEksploatacyjne postacie drgań łopatki turbiny: łopatka wzbudzana za pomocą wzbudnika drgań jest skanowana na całej powierzchni wibrometrem skanującym SWIR. Oprogramowanie przedstawia postacie drgań przy częstotliwościach od 78,5 Hz do 8,2 kHz. [2025 | 1:28 min]https://cdn.optomet.com/media/videos/applications/turbine-blade-deflection-shapes/turbine-blade-deflection-shapes-2160p.mp4882026-07-17T09:54:46.839+00:00 https://www.optomet.com/pl/wideo/analiza-modalna-blisku-turbiny2026-08-27T01:03:21.990ZAnaliza modalna blisku turbinyhttps://cdn.optomet.com/media/videos/applications/high-temperature-vibrometry/Vibrometrie-eines-Hochtemperaturobjekts.jpgAnaliza drgań blisku turbiny: automatyczny młotek impulsowy wzbudza element, a wibrometr skanujący rejestruje jego odpowiedź. Zaprezentowano pomiar na żywo, postacie drgań oraz eksport danych." [2022 | 2:24 min]https://cdn.optomet.com/media/videos/applications/high-temperature-vibrometry/high-temperature-vibrometry-720p.mp41442026-07-17T09:54:46.791+00:00 https://www.optomet.com/pl/wideo/analiza-drgan-obwodu-drukowanego2026-08-27T01:03:20.941ZAnaliza drgań obwodu drukowanegohttps://cdn.optomet.com/media/videos/applications/pcb-tesla-v2/Schwingungsanalyse-einer-gedruckten-Schaltung.jpgAnaliza drgań zespołu elektronicznego: przenośny, zintegrowany w jednym urządzeniu wibrometr skanujący automatycznie skanuje płytkę drukowaną wzbudzaną na wzbudniku w uprzednio zdefiniowanych punktach. Różne widoki przedstawiają postacie drgań. [2020 | 1:04 min]https://cdn.optomet.com/media/videos/applications/pcb-tesla-v2/pcb-tesla-v2-2160p.mp4642026-07-17T09:46:01.784+00:00 https://www.optomet.com/pl/wideo/dynamika-3d-tarcz-hamulcowych-z-laserowa-wibrometria-dopplerowska2026-08-27T01:03:19.791ZDynamika 3D tarcz hamulcowych z laserową wibrometrią Dopplerowskąhttps://cdn.optomet.com/media/videos/applications/brake-disc-dynamics/3D-Bremsscheibendynamik-mit-Laser-Doppler-Vibrometrie.jpgSkaningowa wibrometria 3D tarczy hamulcowej: trzy wibrometry wykonują pomiary bezkontaktowo we wszystkich kierunkach przestrzennych, bez dodatkowej masy. Od importu geometrii po operacyjną postać drgań SmartLab dostarcza wiarygodnych danych 3D na potrzeby prac rozwojowych. [2025 | 1:05 min]https://cdn.optomet.com/media/videos/applications/brake-disc-dynamics/brake-disc-dynamics-2160p.mp4652026-07-15T14:35:02.210+00:00 https://www.optomet.com/pl/wideo/3d-pomiar-drgan-na-lopatce-turbiny2026-08-27T01:03:18.700Z3D-pomiar drgań na łopatce turbinyhttps://cdn.optomet.com/media/videos/applications/turbine-blade-deflection-shapes/3D-Schwingungsmessung-an-einer-Turbinenschaufel-1.jpgPomiar drgań 3D łopatki turbiny za pomocą systemu SMART 3D: automatyczny młotek modalny, punkty pomiarowe rozmieszczone na całym obwodzie, automatyczna kalibracja względem cyfrowego bliźniaka. Precyzyjnie rejestrowane są mody drgań out-of-plane i in-plane. [2025 | 0:52 min]https://cdn.optomet.com/media/videos/applications/turbine-blade-vibration/turbine-blade-vibration-2160p.mp4522026-07-15T14:35:02.179+00:00 https://www.optomet.com/pl/wideo/pelnopole-pomiaru-drgan-bez-czujnikow2026-08-27T01:03:17.591ZPełnopole pomiaru drgań bez czujnikówhttps://cdn.optomet.com/media/videos/technologies/full-field-vibrometry/Vollfeld-Schwingungsmessung-ohne-Sensoren-1.jpgWiele wibrometrów SmartScan+ bezkontaktowo rejestruje drgania karoserii w tysiącach punktów pomiarowych, bez dodatkowej masy i przewodów na badanym obiekcie. SmartLab kalibruje wszystkie systemy we wspólnym układzie odniesienia 3D, dzięki czemu rezonanse są widoczne na całej powierzchni. [2026 | 1:12 min]https://cdn.optomet.com/media/videos/technologies/full-field-vibrometry/full-field-vibrometry-2160p.mp4722026-07-15T14:35:02.159+00:00 https://www.optomet.com/pl/wideo/platforma-optomet-smart-laboratorium-w-urzadzeniu2026-08-27T01:03:16.503ZPlatforma Optomet SMART – Laboratorium w urządzeniuhttps://cdn.optomet.com/media/videos/products/smart-platform/Optomet-SMART-Platform---Lab-in-a-Device-1.jpgFilm produktowy o platformie SMART: wibrometr, akwizycja i analiza danych w jednym urządzeniu typu Lab-in-a-Device. Film przedstawia koncepcję systemu obejmującego rozwiązania od SMART Single+ po SMART DAQ oraz zastosowania — od branży motoryzacyjnej po turbiny. [2024 | 2:38 min]https://cdn.optomet.com/media/videos/products/smart-platform/smart-platform-2160p.mp41582026-07-15T14:35:02.130+00:00 https://www.optomet.com/pl/wideo/bezkontaktowe-wykrywanie-defektow-w-laminatach-kompozytowych2026-08-27T01:03:15.432ZBezkontaktowe wykrywanie defektów w laminatach kompozytowychhttps://cdn.optomet.com/media/videos/applications/composite-defect-detection/Ber%C3%BChrungslose-Defekterkennung-in-Verbundlaminaten.jpgBadanie nieniszczące płyty z CFRP: aktuator piezoelektryczny wzbudza fale prowadzone, a wibrometr skanujący SWIR rejestruje ich propagację na całej powierzchni. W miejscach nieciągłości pole falowe ulega zmianie, co pozwala bezkontaktowo lokalizować defekty. [2019| 1:45 min]https://cdn.optomet.com/media/videos/applications/composite-defect-detection/composite-defect-detection-1080p.mp41052026-07-15T14:35:02.110+00:00 https://www.optomet.com/pl/wideo/analiza-objetosci-przemieszczenia-za-pomoca-ldv-od-drgan-do-dzwieku2026-08-27T01:03:14.422ZAnaliza objętości przemieszczenia za pomocą LDV – Od drgań do dźwiękuhttps://cdn.optomet.com/media/Verdr%C3%A4ngungsvolumen-Analyse-mit-LDV-%E2%80%93-Von-der-Schwingung-zum-Schall-1.jpgAnaliza objętości wypieranej w SmartLab oblicza na podstawie danych drganiowych objętość wypartego powietrza — na przykładzie drzwi samochodowych. Pokazuje to, dlaczego silne drgania nie zawsze generują dźwięk: przyczyną jest zwarcie akustyczne. [2026 | 1:34 min]https://cdn.optomet.com/media/videos/technologies/displaced-volume-analysis/displaced-volume-analysis-2160p.mp4942026-07-15T14:35:02.069+00:00 https://www.optomet.com/pl/wideo/smartlab-platforma-testow-wibroakustycznych2026-08-27T01:03:13.251ZSmartLab – Platforma testów wibroakustycznychhttps://cdn.optomet.com/media/videos/products/smartlab/SmartLab-%E2%80%93-Vibroakustische-Testplattform.jpgSmartLab to oprogramowanie pomiarowe serii SMART firmy Optomet. Film przedstawia cały proces pracy — od utworzenia szablonu, poprzez import modelu 3D i kalibrację, aż po pomiar. Animacje FRF, dane czasowe i analiza modalna są dostępne w jednym środowisku. [2025 | 1:06 min]https://cdn.optomet.com/media/videos/products/smartlab/smartlab-2160p.mp4662026-07-15T14:35:02.008+00:00