Aluminum pipes bring a lot of convenience to our industrial production and life. Reducing its casting deformation can effectively reduce losses and increase corporate benefits.
The main factor affecting the machining accuracy and surface quality of aluminum alloy thin-walled cavity parts is that such parts are prone to deformation during processing.
Solving the deformation problem of aluminum alloy thin-walled cavity parts during processing can improve the efficiency of milling of such parts, improve the accuracy and quality of parts, and achieve rapid production of products.
Analyze the processing process of aluminum alloy thin-walled cavity parts. This type of parts is generally made of aluminum alloy plates. This type of parts has a large amount of metal removal and low rigidity. During the processing process, residual stress, clamping force, cutting force, etc. will occur. Three factors of movement cause deformation.
During the processing of aluminum alloy thin-walled cavity parts, we comprehensively consider four aspects: optimizing process flow, heat treatment, improving clamping methods, and high-speed cutting processing, and formulate reasonable process flow and processing plans based on the structural characteristics of the parts. This can solve the problem of part processing deformation and improve the processing accuracy and surface quality of parts.
