How to improve the efficiency of CNC machining?

In recent years, with the continuous emergence of new products and the increasing complexity of parts, CNC machining has been rapidly popularized with its strong advantages. It has become one of the decisive factors for a company to gain market advantage. Therefore, how to improve CNC machining Efficiency, giving full play to the advantages of CNC machining is one of the major problems faced by many companies. So how to improve the efficiency of CNC machining? Today, Aluminium Extrusion Process Manufacturer will give you a brief introduction.

1. Improve the efficiency of CNC Machining Center Service: Although CNC machining technology is an integrated manufacturing technology, it is inseparable from the corresponding management and supporting technology. To improve the efficiency of CNC machining, we should raise awareness, change concepts, and improve and strengthen various corresponding supporting technical measures and management levels.

2. Focus on innovative process methods: Process technicians are an important guarantee in the production of products. Process technicians must understand the parameters of each CNC machine tool. Only in this way can we know what parts are processed on which machine, CNC machine tools How to clamp the parts that are processed can be processed quickly and without deformation. At present, the existing company's existing process methods can not effectively improve the processing efficiency of CNC machine tools, should be more relevant training, innovation in process methods, improve the processing efficiency of CNC machine tools.

3. Achieving flexible manufacturing: Flexible manufacturing system refers to a highly flexible and highly automated manufacturing system suitable for multi-variety, medium and small batch production, usually including more than 3 CNC machine tools (or machining centers). Flexibility is the biggest feature of FMS, that is, the ability of the system to adapt to the external environment. Automation refers to minimizing manual operations and even completely canceling them. FMS overcomes the limitations of traditional rigid automatic lines that are only suitable for mass production, and demonstrates the adaptability to multi-variety, medium and small batch manufacturing automation. With the increasing demand for product diversification, low cost of manufacturing, and short manufacturing cycle, flexible manufacturing technology has developed rapidly and matured due to advances in microelectronics, computer technology, communication technology, and mechanical and control technologies.