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Comparison of CNC machining cost optimization solutions for different materials
The cost optimization scheme of aluminum alloy and stainless steel in CNC machining is mainly concentrated in the cutting process scenario. Aluminum alloy has low density, low hardness, small cutting force and long life; stainless steel has high hardness, high machining difficulty and high cutting force. In turning and milling machining, aluminum alloy has obvious advantages, which improves production efficiency and reduces costs.
04
2025
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03
Application and effect analysis of micro-lubrication technology in precision machining
Tool coating is a key factor in improving machining quality. It can significantly reduce the friction coefficient between the tool and the workpiece and increase the service life of the tool. At the same time, it has good wear resistance and corrosion resistance, and can effectively protect the tool matrix.
28
02
The influence of tool coating on machining surface quality in machining
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How to achieve ±0.01mm accuracy for complex parts with 5-axis CNC machining
5-axis CNC machining achieves ±0.01mm precision machining with the help of high-precision machine tool structure and precision tool path planning, meeting the needs of high-end manufacturing industry. The control system monitors the machine tool status in real time, automatically compensates for tool wear, stabilizes the machining environment, and ensures machining accuracy.
24
The manufacturing process of complex stainless steel machined parts
It is challenging to manufacture complex stainless steel machined parts in modern manufacturing. SUS304 stainless steel materials are used, and multiple processing technologies such as CNC, lathe, grinder, bench, and electrical machining are used. Self-made fixtures are used in the manufacturing process to improve production efficiency. Post-processing and finished product testing ensure the quality of parts.
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