The simulated transport vibration test bench is a variety of vibration situations encountered during the execution, manufacturing, assembly and transportation of the simulated products. It is used to identify whether the product can withstand the environmental vibration. It is widely used in electricians, electronics, electromechanical, optoelectronics, and automobiles. Research, development and manufacturing of motorcycles, toys and other industries.
The basic components of the simulated transport shaker:
1. High-inductance electromagnetic coil 2. Ultra-high-inductance silicon steel sheet E/lower sheet I/upper sheet generator III. Spring steel sheet is specially treated. 4. Support frame 5. Base 6. Table top 7. Sheath. In the research and development and innovation of the vibration test bench, the core technologies such as high-frequency vibration generated by the vibration test bench products have made major breakthroughs and reached the international leading level.
The basic components of the simulated transport shaker:
1. High-inductance electromagnetic coil 2. Ultra-high-inductance silicon steel sheet E/lower sheet I/upper sheet generator III. Spring steel sheet is specially treated. 4. Support frame 5. Base 6. Table top 7. Sheath. In the research and development and innovation of the vibration test bench, the core technologies such as high-frequency vibration generated by the vibration test bench products have made major breakthroughs and reached the international leading level.
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