Non standard fastener customization manufacturer

The CNC machining process of fasteners is a part of the overall machining process of the workpiece, and even a process. Only by coordinating with other preceding and succeeding processes can the installation requirements of the entire machine or mold be met, and qualified parts be processed accordingly. CNC machining manufacturers believe that CNC machining processes are generally divided into rough machining, medium rough chamfering, semi precision machining, and precision machining. For rough machining, try to use larger cutting tools as much as possible, within the range of machine power or tool capacity, with a larger cutting amount, to disconnect a large amount of workpiece material as early as possible. To avoid loosening of the workpiece due to cutting vibration during rough machining, the instrument should be checked in a timely manner after rough machining, and the tool should be adjusted again if necessary. After rough machining, it is possible to use all the knives to complete the machining of the reference point, preparing for future calibration. For workpieces with complex cavities, due to the use of large tools for rough machining, a large amount of capacity will remain in the corners, so tools smaller than rough machining must be used for secondary rough machining or chamfering. In order to reduce tool wear, semi precision machining can be carried out when the machining area is relatively large. To avoid excessive cutting, sufficient capacity must be left at each step for precision machining. In general, it is recommended to inspect on the machine tool, remove it after passing the inspection, and then prepare for the next step of processing.