Vibration and Acoustic Analysis in the Laboratory
BTFmesures, in partnership with OROS, offers acquisition systems dedicated to the dynamic analysis of structures and mechanical equipment.
Designed for laboratory environments, the OR36 and OR38 systems make it possible to record, analyze, and correlate complex vibratory or acoustic phenomena, while ensuring multichannel synchronization, high resolution, and great integration flexibility.
Vibration and Dynamic Testing
OROS systems are used to analyze the dynamic response of mechanical, electronic, or composite components.
Their accuracy ensures reliable measurement of resonance frequencies, damping, or modal responses during sinusoidal, random, or impulse excitations.
Test Bench for Multiphysics Characterization
The open architecture of OROS systems makes it possible to integrate vibratory, acoustic, and physical measurements (temperature, pressure, speed, torque…) within the same recording.
This allows the monitoring of coupled phenomena on complex test benches, such as those dedicated to electric motors, transmissions, or mechatronic systems.
NVH Studies and Noise Reduction
OROS systems are particularly well-suited for acoustic and vibration measurements in controlled environments (anechoic or semi-reverberant chambers).
Combined with microphones, accelerometers, or force sensors, they enable precise characterization of unwanted noise and vibration sources.
Experimental Validation of Numerical Models
Data acquired with OROS is often used to validate finite element models (FEM) or multiphysics simulations.
Thanks to multichannel synchronization and signal accuracy, experimental responses can be directly compared with simulated results under well-controlled conditions.
A Solution Tailored to Your Needs
The OROS systems distributed by BTFmesures provide a complete solution for dynamic, acoustic, and multiphysics analysis in the laboratory. Their modularity and performance make them an essential tool for testing, research, or mechanical validation departments.