麻豆久久一区I欧美久久久久久久久久I超碰在线91I日韩有码专区I国产五月婷I日韩三级精品I黄色免费在线看I精品国产片

In our precision metal stamping production process, there are often situations where precision metal stamping parts are crushed, scratched, or customers find that the workshop is not tidy. This may lead to customer loss or increase production costs. In order to avoid the discovery of these phenomena, the production of precision metal stamping parts should be planned and design standards should be established.

Precision metal stamping production planning:

1. Strict inspection systems must be established during the production process. The first precision metal stamping parts produced every day must undergo inspection and pass the inspection before they can be put into production. Meanwhile, it is necessary to strengthen inspections. Timely processing.

2. During the stamping process, the mold cavity should be kept clean, and the processed workpieces should be neatly arranged in the workplace.

3. Adhere to the civilized production system. For example, the transfer of precision metal stamping parts and accessories must use appropriate workstations, otherwise the surface of the workpiece will be crushed and scratched, affecting the surface quality of the workpiece.

Design standards for precision metal stamping:

1. When designing precision metal stamping parts, it is necessary to ensure that the dimensional accuracy and surface roughness requirements are as low as possible under normal use, which is conducive to the interchangeability of precision metal stamping parts and reduces waste. Ensure the stability of the quality of precision metal stamping parts.

2. When designing precision metal stamping parts, existing equipment, process equipment, and programs should be utilized as much as possible to process precision metal stamping parts, while also helping to extend the service life of stamping molds

3. The precision stamping parts designed must be conducive to improving the utilization rate of metal materials, reducing the types and specifications of materials, and minimizing material consumption as much as possible; Use low-cost materials where possible and minimize waste and arbitration of parts.