1. Reform the process, molds and operation methods to realize manual operation outside the mold. For large-scale production operations, we can start with the reform of processes and molds to achieve mechanization and automation.
For example, the use of automated, multi-station stamping machinery and equipment, the use of multi-tools and mechanized in-and-out production devices, and the use of continuous molds, compound molds and other combined process measures.
All of these can not only ensure the safety of
Aerospace Micro Screws stamping operations, but also greatly improve production efficiency, which is the development direction of stamping technology.
Small-batch, multi-variety stamping production is currently difficult to automate. The proper way is to use safe, labor-intensive and easy-to-use tools as much as possible. At the same time, the positioning, delivery, and waste cleaning processes of the mold can also be reformed to make the operation safer.
2. Aerospace
Micro Screws transform stamping equipment to improve production safety and reliability. At present, there are many unsafe factors in the operating systems and electrical control systems of many old stamping equipment.
If they continue to be used, they should be technically transformed. Stamping equipment manufacturers should improve product design to ensure the safety and reliability of stamping equipment.
3. Aerospace Micro Screws install protective devices. Due to the small production batch, in stamping operations that are neither automated nor use safe stamping tools, safety protection devices must be installed to prevent injuries caused by operating errors.
Various protective devices have different characteristics and scopes of use, and improper use can still cause injuries. Therefore, it is necessary to understand the role of various protective devices in order to use them correctly and ensure safe operation.