매핑, 자동화 및 3D 센싱의 미래를 만들어가는 혁신을 살펴보십시오.
Connect synchronized full-field vibration data with repeatable structural-assessment workflows.
A Chladni pattern visualizes the spatial response of a plate at a selected excitation condition. Regions with very low motion correspond to nodal areas, while higher-response regions lie between them. The geometry changes with frequency, boundary conditions, excitation position and plate properties.
In the published demonstration, Q1 used Laser Doppler vibrometry to acquire 128 surface-velocity channels simultaneously. The synchronized measurements were assembled into a two-dimensional vibration-response map of the driven plate.
The response map provides spatial modal evidence across the plate. Controlled excitation, known boundary conditions, repeatable baselines, reference measurements and a validated model or acceptance criterion turn the synchronized data into a structured assessment workflow.
Simultaneous capture preserves phase and timing across many points and records transient excitation consistently. Configure optical access, returned signal, range, motion bandwidth, sampling settings and reference channels for the required test outcome.
AI가 적절한 전문가 조언으로 연결합니다.
