High Reproducibility High Acceleration Shock Testing Machine Shock Test Electronic Instruments

KRD13 series high energy shock test system is specially designed to meet the requirements of military and automotive testing. The system adopts the principle of pneumatic energy storage expansion. By adjusting the inflation pressure, various high-level acceleration tests can be easily implemented in a short stroke.

For the high-G classic shock test, it's equipped with the corresponding shock amplifier to complete high-peak shock test.

• Windows-based stable control system, full-automatic remote-control interface

• Pneumatic cylinder driving with advantages of large driving force, short accelerating stroke, low cost and pollution free.

• Automatic control of lifting height with high accuracy and good repeatability

• Adopts the high strength and hardness cast aluminum table, which has high first-order resonance frequency, featured with low noise and no clutter

• The most reliable double-brake system: effectively avoids secondary rebound collisions, more securely positioning the table, and more reliably guarantees the safety of the operator.

• Easy installation: the device comes with a base, due to short driving stroke of the pneumatic cylinder, the footprint is small.

• KRD13 is specialized for high-energy shock testing, KRD13 is capable of doing following test:

CME Technology Co., Ltd. is located in Shaanxi National Development Zone, specializing in manufacturing equipment for mechanical testing and simulation, environmental reliability testing,non-standard testing. Our products including shock test system, drop tester, hydraulic shakers, multi-DOF motion simulation table, centrifugal constant acceleration tester, packaging test machine... 

Credit：C of “CME” means credit, which is our basic business principle.

Professional：We are the professional team with more than 10 years experiences.

Innovation：Since the establishment, we insist the concept of "Integrity-based, pursuit of excellence, continuous innovation"