Professional shock, vibration, and transportation reliability testing services designed to evaluate product durability, operational stability, and mechanical performance under simulated real-world conditions.
Shock and vibration testing is performed to evaluate product durability, mechanical reliability, and operational stability under simulated transportation, handling, and real-world operating conditions.
These evaluations help determine whether products can withstand vibration, impact, shock loads, dropping, and repeated mechanical stress throughout their lifecycle.
At GTECH, we provide professional shock, vibration, and transportation reliability testing services to support manufacturers across industrial, automotive, electrical, electronic, and commercial applications.
Shock and vibration evaluations are conducted in controlled laboratory environments to simulate transportation vibration, operational stress, handling impact, drop events, and mechanical fatigue conditions.
Evaluate resistance against vibration, impact, repeated mechanical loading, and operational stress.
Simulate shipping and handling environments to minimise product damage during transportation.
Identify structural and mechanical weaknesses early during product development.
Demonstrate product performance according to recognised environmental reliability standards.
Vibration Testing according to IEC 60068-2-6 (Test Fc) and ISO 16750-3 standards is conducted using the IMV Shaker System and Accelerometer equipment to evaluate resistance against operational vibration, transportation stress, repeated mechanical loading, and fatigue conditions.
Shock and Transportation Reliability Testing are performed using the Lansmont Shock Tester and King Drop Tester to simulate drop impact, handling shock, transportation hazards, and product stability during shipping environments.
Thermal Shock and Temperature Cycling Testing following IEC 60068-2-14 and ISO 16750-4 standards are performed using the Espec Thermal Shock Chamber and Heraues Votsch Thermal Shock Chamber to evaluate durability under rapid temperature transitions and repeated thermal stress exposure.
Humidity and Damp Heat Testing according to IEC 60068-2-30 and IEC 60068-2-78 standards are conducted using the Climats Temperature & Humidity Chamber and Envirotronics Temperature & Humidity Chamber to simulate high-moisture and climatic operating conditions.
Contact GTECH for professional environmental, transportation, and mechanical reliability testing services.