CNC machining often uses auxiliary tools to clamp products. To avoid vibration during CNC machining of products, this method is adopted, but there may also be situations similar to heat treatment. At this point, adjust the clamping force according to the position of the clamping point, and try to increase the contact area between the fixture and the workpiece as much as possible. This treatment will be much better, thereby reducing the deformation of CNC machining.
1. Cutting speed is too low, single workpiece processing time is long, and efficiency is low; If it is too high, it will shorten the tool life, increase the number of tool changes and adjustments, and overall efficiency is also low. The actual selection can refer to the usage parameters of the tool.
2. Although CNC machining technology is an integrated manufacturing technology, it cannot be separated from corresponding management and supporting technologies. To improve CNC machining efficiency, it is necessary to raise awareness, change concepts, improve and strengthen various corresponding supporting technical measures and management levels.
3. Whether it is CNC machining or ordinary machining, the selection and installation of cutting tools are the main factors affecting the machining accuracy and surface quality of the workpiece, as they directly act on the workpiece.
4. To improve the efficiency of CNC machining, it is necessary to carry out several aspects such as concept transformation, talent training, process improvement, flexible manufacturing, equipment maintenance, and comprehensive supporting management. After practical exploration, the above methods have been proven to be effective and have been recognized by relevant enterprise units, and are being applied and promoted.
Improving the production efficiency of CNC machining is not only an update of process concepts, but also an improvement of management concepts. Adopting advanced cutting tools and machine tools to achieve high-speed and efficient cutting, while optimizing the entire machining process through relevant technologies and management methods, adopting various methods to improve machining efficiency and achieve high-speed cutting.
