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Processing Characteristics of CNC Milling Center

1. CNC milling is flexible and versatile

The CNC milling center is suitable for the processing of multiple types of workpieces with different structures and shapes, and it can complete drilling, boring, reaming, milling, milling bevels, milling grooves, milling surfaces (cams), tapping and other processing.

2. CNC milling is with high precision

The CNC milling center has high machining accuracy and can guarantee the accuracy of the workpiece under normal circumstances. In addition, CNC machining also avoids operating errors by operators, and the size of the same batch of processed parts has good dimensional identity, which greatly improves product quality.

3. CNC milling processing has high production efficiency

The CNC milling center has the functions of a milling machine, a boring machine and a drilling machine, which makes the process highly concentrated, greatly improves the production efficiency, and reduces the workpiece clamping error. The spindle speed of the CNC milling machine realizes stepless speed change, which is conducive to choosing the best cutting amount. CNC milling has fast forward, fast rewind and fast positioning functions, which can greatly reduce the maneuvering time.

4. CNC milling center can process parts with complex shapes

In addition to milling the surface of various parts that can be milled by ordinary milling machines, CNC milling can also mill plane curve contours and spatial surface contours that cannot be milled by ordinary milling machines. This is because CNC machine tools have multiple feed coordinate axis linkage characteristics.

5. CNC milling processing can reduce the labor intensity of the operator

The CNC milling machine automatically completes the processing of the parts according to the pre-programmed processing program. The operator does not need to perform heavy repetitive manual operations except for operating the keyboard, loading and unloading tools and workpieces, intermediate measuring and observing the operation of the machine tool, which greatly reduces labor strength.