What problems should be paid attention to in the processing of precision parts

With the continuous development of science and technology, today's customers have higher and higher requirements for precision parts processing products, so the requirements for precision parts processing manufacturers are also increasing. Today, technology will introduce you to precision parts. What problems in parts processing products need special attention.

1. Whether the material for precision parts processing is suitable for automatic processing. Under normal circumstances, brass, aluminum alloy, ordinary carbon steel and other materials have good processing performance, and the grinding degree of CNC tools is small, which is more suitable for automatic lathe processing. Compared with parts with poor processing performance such as high-speed steel and stainless steel, precision machining is difficult, the CNC tool is seriously damaged during processing, or the excrement is troublesome when processing materials such as red copper, and many other stainless steel sheets are not suitable for serious work hardening. Fully automatic lathe processing.

2. The aperture size, length and processing process of precision parts are not suitable for automatic lathe processing. According to the above analysis, many aspects are analyzed to determine whether a workpiece is suitable for automatic lathe processing, and only mass-produced goods are not necessarily suitable for automatic lathe processing.

3. CNC machining of precision parts generally requires large-scale product CNC machining, which is suitable for automatic lathe machining, because automatic lathes can realize fully automatic machining of workpieces. The dedicated automatic punch frame and welding jig are fast, but many parts choose a special design, which can further improve the productivity, so if the batch of workpieces is small, using an automatic lathe for processing, it is also necessary to adjust the welding jig and automatic feeding mechanism. Wait, that seems rather cumbersome.

4. The processing of structural precision parts should be processed by automatic feeding. When using an automatic lathe for processing, the structure of the workpiece should be appropriate, the arrangement of the workpiece should be fully automated, and fully automatic feeding should be applied. (If the workpiece can still be fed by an automatic feeding mechanism such as a vibrating plate, or whether the long-axis parts are suitable for automatic feeding by a hopper, it is indeed not beneficial to manually discharge on the linear slide rail; in addition, when the cross-section of the workpiece is Round, hexagonal, etc., are suitable for fully automatic processing, and more complex types are more difficult to fully automatic processing)