OUR PRODUCTS
VENZO 800 Vibration Controller
VENZO 800 series vibration controller is the new generation vibration controller which possesses full and innovated control functions, and extensive analysis capabilities. The Ethernet connection allows you do the calibration anywhere, floating ground design avoids the grounding problem, 450MHz DSP processing enhance the processing speed, and No-fans structure reduces the background noise.
MIMO Vibration Controller
VESSTA MIMO Vibration controller is based on PXIe Bus and DSP board Structure, by the combination of different data acquisition card and output interface card, it can realize large-scale-channel distributed data acquisition, centralized processing, one-way transmission speed is up to 250 MB/s, it can ensure the multichannel parallel acquisition and real time closed-loop control.
Shock Test System
VENZO 600 shock test system is the tailored instrument for drop tester, shock tester and bump testing machine. It allows the test engineer to acquire any transient event such as drop test, crash test or shock pulses. When the external input match the defined trigger conditions- trigger level, slope and position, VENZO 600 will trigger to capture the transient event and display the pulse graphics, and additional SRS analysis gives the instant estimation of the potential damage. A series of pulses can be captured and in the mean while throughput to disc in a continuous data stream for post-analysis. VENZO 600 can also control the shock machines’ movements as specific requirements of customers.
Data Acquisition & Analysis
Our VENZO160 is versatile, easy to use, and can work with any bridge sensors with the highest precision imaginable. System configurations are elastic and channel count can be expanded at any time with the increase of measurement.
Modal & Low Force Shaker
TENZO series Low Force Shakers are the high-quality, compact machine with a permanent magnetic field. Be designed for long, trouble-free operation, and has a force rating of from 10N to 1000N enabling relatively heavy loads to be excited to high g levels. The moving element is supported by a robust rectilinear guidance system consisting of grouped radial and transverse flexures in a unique construction.