Is it better to process aluminum parts with CNC or die cast aluminum parts!!!
Is it better to process aluminum parts with CNC or die cast aluminum parts!!!
Is CNC machining better for aluminum parts or die-casting aluminum parts? Aluminum is a metal element rich in the earth's crust, with good plasticity and processing performance, so it has diverse processing methods, such as CNC machining and die-casting machining, which have different processing characteristics. So, is CNC machining better or die-casting machining better?
Take stock of the advantages of these two processing methods:
CNC machining is a type of digital precision machining. CNC machining of aluminum parts has the advantage of small batch and efficient production, which can greatly reduce the number of fixtures. This is because CNC machining is mainly processed through programming, and CNC has three-axis, four axis, and five axis machining equipment compared to other ordinary mechanical machining equipment. Therefore, machining complex shaped parts does not require complex fixtures. Significantly reducing the number of fixtures can reduce production preparation, increase machining efficiency, and effectively save labor costs. CNC machining of aluminum parts has good precision and stable quality, suitable for high demand machining needs.
Die cast aluminum parts are a processing process that unifies pressure, speed, and time through three major factors: machine, mold, and aluminum parts. The die-casting process for aluminum parts has the advantages of high productivity, simple procedures, high casting tolerance levels, and good roughness. It has now become an important component of China's casting industry.
Die casting technology is a special machining method with minimal or no cutting, which has developed rapidly in modern metal processing technology.
Die casting and CNC machining of aluminum parts each have different processing advantages. The die casting industry is a rapidly developing industry in modern times with its own advantages, while CNC machining has unique advantages. Both methods have their own advantages.
