Introduction to the system requirements for aluminum alloy machining process

The design of aluminum alloy machining process is a means to improve product quality. The heat generated during high-speed metal cutting can alter the physical properties of the metal, thereby affecting the performance of the material. The normal solution is to reduce the cutting speed to reduce the heating intensity.

But better engineers do the opposite. Aluminum alloy machining has increased the cutting speed. As the speed continues to increase, the cutting metal chips are thrown away by centrifugal motion, taking away most of the heat, and the heat of the processing body itself is reduced. This machining design concept fully embodies the role of reverse thinking.

For aluminum alloy machining, there is a large amount of cutting fluid for machine tool processing enterprises. By using an effective filtering system to monitor the fluid and carry out preventive maintenance, the actual use is a centralized liquid supply system.

The aluminum alloy machining mixed distributor solution is used to ensure the emulsification effect of the mixture. The experience of adding essence is required for machining parts every day, so as to maintain the normal concentration effect, concentration sedimentation, centrifuge and skimming. Add filtration to the lotion for a certain time, and add it to other liquid systems as a daily addition solution, which exists in the system of daily degreasing and conventional slag removal.

The waste liquid after machining contains a large amount of harmful components and cannot be directly discharged. The rich experience and scientific and reasonable knowledge of machining essence can be summarized through the aluminum alloy machining technology in practical engineering. In general, if the machining process is good enough, it requires more advanced equipment and advanced machining technology.