Long-term development of CNC cutting machinery in metal processing industry

Environmental protection is a hot topic in today's society. People pay more and more attention to environmental protection. Of course, the CNC cutting machine industry is also duty-bound. People in the metal processing industry have also summarized their own small environmental protection methods, such as:

1. Reduce the amount of chemicals added.

2. Use a smaller filtration system.

3. Application of micro lubrication.

From reducing the amount of chemicals added, the overall production cost will be increased, and the service life of the tool will be shortened. In the long run, reducing the amount of chemicals added will cause more problems, such as frequent cleaning of the system. High chemical and waste disposal costs.

The use of a smaller filtration system may result in poor processing performance due to insufficient filtration capacity and insufficient contact with air, resulting in a decrease in processing performance, which in turn may increase the corresponding processing costs.

Minimal lubrication, rapid injection of a small amount of coolant at the sneak contact point for cutting, any coolant is not recycled, which seems to be a good environmentally friendly method, but this method can not solve all application problems, in various application areas In the process, chip removal, rust prevention and complete cooling are not easily achieved.

It is not a simple matter to adapt to the natural and active environmental protection in the field of work, but also to optimize your production process. The above three methods can not achieve better environmental protection effects in practical applications:

1. You can negotiate with the chemical supplier to further optimize the amount of chemicals required in your production.

2, according to the specific metal processing technology, according to the recommended liquid level to manage a stable system, thus achieving a better cost-effective.

3. You can also manage your system by considering the best level and flow based on production trends. Finally, you can consider a small amount of lubrication according to your process to achieve the best processing.