BTFmesures Expertise in High Dynamics Measurements
BTFmesures, in partnership with KISTLER, offers high-performance solutions for High Dynamics measurements in laboratories. These systems accurately capture fast and complex signals, essential for analyzing high-frequency phenomena subjected to strong accelerations or shocks. KISTLER piezoelectric sensors ensure high temporal resolution and optimal robustness, meeting the demanding requirements of dynamic testing in research and development.
High-Frequency Acceleration Sensor
KISTLER accelerometers accurately measure rapid and transient accelerations during dynamic tests on test benches. Their wide frequency range and high sensitivity ensure faithful capture of vibrations and shocks in controlled experimental environments. These sensors are essential for analyzing the dynamic behavior of prototypes and materials.
High-Dynamic Force Sensor
KISTLER piezoelectric force sensors measure rapid loads and impulses on test benches. Their compact design and responsiveness ensure precise analysis of impacts, vibrations, and mechanical stresses under experimental test conditions. They are widely used to characterize mechanical properties under dynamic loads.
High-Dynamic Pressure Sensor for Test Benches
KISTLER piezoelectric pressure sensors rapidly detect pressure variations in engines, turbines, or hydraulic systems in laboratory settings. Their high-frequency response makes it possible to monitor dynamic phenomena in real time, such as combustion or hydraulic shocks, on prototypes or components tested under experimental conditions.
Synchronized Acquisition Systems
KISTLER acquisition systems coordinate multiple high-frequency sensors to simultaneously collect different measurements during laboratory testing. This synchronization ensures data consistency and accuracy, essential for analyzing complex dynamic phenomena and validating experimental models.