MECHANICAL ENVIRONMENT RELIABILITY TEST EQUIPMENT

CME Technology Co., Ltd. is specializing in manufacturing shock and vibration test equipment for mechanical testing and simulation, environmental reliability testing, non-standard testing, our products including shock /bump test system, drop tester, hydraulic shakers, multi-DOF motion simulation table, centrifugal constant acceleration tester, packaging test machine...

The reliability test equipment meets a wide range of shock and vibration test standards including MIL-STD-810G, MIL-STD-202, MIL-STD-750, MIL-STD-883, MIL-STD-901D, IEC60068-2, ISTA, ASTM, IEC68-2-27, UN38.3, UL2580, ISO 2248, ISO-2247……

Besides, CME has an excellent design team and R&D team, which provides non-standard customized solutions for reliability testing, as well as the laboratory setup consulting, capability of integrating planning, design, manufacturing, and installation and service as one.

MECHANICAL RELIABILITY TESTING MACHINE CME OFFERS

Shock/Bump Test Machine

KRD10 Hydraulic Vertical Shock Test System

KRD11 Pneumatic Vertical Shock Test Machine

KRD12 Pneumatic Horizontal Shock Test Machine

KRD13 High Energy Shock Test System

KRD16 High Impact Shock Test System

KRD17 Bidirectional Vertical Shock Test System

KRD20 Pneumatic Bump Test Machine

Shock/Bump Test Machine

SRS Test Equipment

Constant Acceleration Tester

Drop Test Machine

Transport Simulation Vibration Testing Machine

Multi-Axial Simulation Table

Vibration Shakers

Package Testing Equipment

Center of Gravity & Moment of Inertia Measurement

MECHANICAL ENVIRONMENT RELIABILITY TEST NUMBERING RULE

KRD XY-ZZ (KRD- CME; X— product type; Y— serial number; ZZ— load or force)

4— drop test; 5— transportation simulation;

6— multi-axial simulation table; 7— hydraulic shaker;

8— mechanical shaker; 9 —instrumentation;

10— packaging test; 20— mass centroid; 30— a moment of inertia

WHAT IS RELIABILITY TESTING?

The environmental reliability test is to verify the ability of the product to work normally when constantly subjected to the influence of itself and the external climate and mechanical environment during the design and application process.