How to reduce residual stress in welding parts through process optimization?

Vibration aging applies alternating stress to cause slight plastic deformation in welding parts, thereby relaxing residual stress.

How can we achieve micron-level dimensional control and ensure that every small processing part meets stringent tolerances?

In the precision world of modern manufacturing, the "smallness" of size has long surpassed what the naked eye can discern.

Why can high-precision machining significantly improve the functional stability of processing small parts?

In modern precision manufacturing, despite their miniature size,processing small parts often perform critical functions. These parts often have complex structures and stringent tolerances.

How to effectively eliminate and control residual stress in welding parts through heat treatment process?

For complex structures, numerical simulation can be combined to optimize heat treatment parameters and achieve precise control of stress distribution.

How to improve the surface flatness of the disc base during precision disc production?

In the production of precision discs, improving the surface flatness of the disc base is a key step in ensuring data storage stability and reading accuracy.

How do welding parts improve product leak-proofing?

Against this backdrop, welding parts, with their unique connection method and excellent sealing performance, have become a key technology for improving product leak-proofing.