CNC Machining

High flexibility in CNC machining. It can adjust the processing program according to the characteristics of the parts, and can also be adapted to various materials. Mechanical processing can operate when the material is relatively hard, brittle, thick-walled, etc., and can process multiple processes at the same time, with high flexibility.

The production efficiency of CNC Machining is very high. Under the operation of the machine, large, heavy, and multi-batch workpieces can be processed quickly, and the size and accuracy of each workpiece can be guaranteed to be the same. This is much more effective than manual processing. The machining precision of CNC Machining is very high and can achieve very high precision and surface flatness. Moreover, the stability and reliability are very good, which is more accurate than manual operation, and the corresponding product quality is naturally higher.

Parts requiring the highest complexity are made using 5-axis CNC milling which allows machining from multiple angles in a single setup. It improves precision, dimensional accuracy, and production time.

CNC Machining has two main characteristics: It can greatly improve processing accuracy, including processing quality accuracy and processing time error accuracy; The repeatability of processing quality can stabilize processing quality and maintain the quality of processed parts. We complete product customization according to different customer requirements.

CNC machining has high precision and stable quality. The processing dimensional accuracy is between d0.005-0.01mm and is not affected by the complexity of the parts. Because most operations are automatically completed by the machine, the size of batch parts is increased. Position detection devices are also used on precision-controlled machine tools. , further improving the accuracy of precision CNC machining.

The degree of automation of CNC Machining is very high. Only need to set the original data and operate according to the processing program, and each process can be automatically completed, and problems in processing can be automatically detected and corrected. Compared with manual operation, both speed and efficiency have been greatly improved.

CNC turning accuracy is generally IT11-IT6, and the surface roughness is 12.5-0.8μm. During fine turning, it can reach IT6-IT5, and the roughness can reach 0.4-0.1μm. The productivity of turning processing is high, the cutting process is relatively smooth, and the tools are relatively simple. Scope of application: drilling center holes, drilling, reaming, tapping, cylindrical turning, boring, turning end faces, turning grooves, turning formed surfaces, turning taper surfaces, knurling, and thread turning