Product Durability Testing

The Electrodynamic Vibration Test System, also known as a Vibration Shaker, is a versatile testing solution designed to simulate real-world vibration conditions across various industries. It helps detect early faults, test structural strength, and ensure product reliability by accurately reproducing a wide range of vibration frequencies.

Ensure the reliability and durability of your electronic and mechanical products with the Shock Test System. Designed to replicate real-world shock conditions, this system helps manufacturers identify weaknesses, improve designs, and guarantee product safety and performance.

HaowTech Technologies’ Hydraulic Vibration Test System is a precision-engineered solution for evaluating the durability and reliability of products under vibrational stress. It ensures your designs meet rigorous global testing standards and can withstand real-world transport and operational conditions.

The Incline Impact Test System is a precision testing solution designed for railway transportation and logistics industries. It evaluates the durability and impact resistance of packaging and products under real-life transportation conditions, ensuring goods remain safe and intact during transit.

Seasonal Differences and Climate Zones: Your products must be able to withstand various temperatures during manufacturing, transportation, storage, and usage.

SONACME offers proven solutions for testing lithium-ion batteries. Whether you need to test battery cells, modules, or packs, SONACME provides high-performance battery test chambers that exceed industry standards. These chambers come equipped with a variety of safety features to ensure that both the chamber and its operator remain safe at all times.

SONACME Technology offers a range of temperature and humidity test chambers in both prefabricated and customizable sizes to meet your specific testing needs. Our available models feature various temperature ramp rates and humidity levels, along with numerous standard and optional functions such as temperature cycling, steady-state testing, and rapid rate of change.