Processor-controlled transducers induce realistic body vibrations to isolate vehicle noise sources without shaker tables or road testing.
Pneumatic-hydraulic push elements speed fixture mounting on vibration test machines while preserving reliable, repeatable triaxial testing.
Gas-pressure clamp locking replaces manual fasteners in vibration testing, speeding direction changes while avoiding hydraulic leakage.
Pre-installed exciters and sensors on a reciprocal FRF fixture cut placement error and speed consistent SRF measurements across structures.
Direct-coupled rodless inertial shakers remove stingers and suspension systems, improving modal testing safety, setup, and force measurement.
A mobile robot uses cameras, vibration sensors, and ML to standardize machinery checks and alert teams when component vibration is out of range.
A belt and tension device balance opposing forces while the platform simulates automobile-generator vibration for reliable testing.