Numerical control machining refers to a process method of machining parts on NC machine tools. Generally speaking, the process procedures of NC machine tools and traditional machine tools are consistent, but obvious changes have taken place. A machining method for controlling the displacement of parts and tools with digital information. It is an effective way to solve the problems of changeable parts, small batch, complex shape and high precision, and to realize efficient and automatic machining.

NC machining refers to the machining that the control system sends instructions to make the cutting tool make various movements that meet the requirements, and represent the technical requirements such as the shape and size of the workpiece in the form of numbers and letters, as well as the machining process requirements. It generally refers to the process of machining parts on NC machine tools.

Main features: centralized process, automation, high flexibility and strong ability.

CNC machining has strong comprehensive processing ability. After the workpiece is clamped at one time, it can complete more processing contents and has high processing accuracy. For batch workpieces with medium processing difficulty, its efficiency is 5 ~ 10 times higher than that of ordinary equipment, especially it can complete many processing that cannot be completed by ordinary equipment, and the shape is complex, It is more suitable for single piece processing or medium and small batch multi variety production with high precision requirements.

It concentrates the functions of milling, boring, drilling, tapping and thread cutting on one equipment, so that it has a variety of processing procedures and technological means. Machining centers are classified according to the spatial position of spindle machining: horizontal and vertical machining centers. According to the classification of process use: boring and milling machining center and composite machining center. According to the special function, there are three axes, four axes and five axes. Our Max. machining dimension scope is 1200x1000mm.

Turning milling compound machining is to process the parts by the combination of milling cutter rotation and workpiece rotation, and the shape accuracy, position accuracy and machining surface of the workpiece can meet the requirements of use. This machining method is called compound machining. Turning milling compound machining is not simply the integration of turning and milling processes on a machine tool, but the use of turning milling synthetic motion to complete all aspects of machining. It is a new theoretical cutting technology under the premise of great development in today's NC machining field.

The advantage of turning milling compound processing is that it can clamp parts at one time to complete the processing of multiple processes, improve the processing accuracy of products (reduce the clamping times) and shorten the processing cycle (reduce the preparation of molds, tools and fixtures), so it has been praised by many customers. Turning milling compound machine tool is an important equipment to realize compound machining. Compared with traditional turning machine tool, compound machine tool increases plane milling, drilling and tapping, slot milling and other processes, and retains the functions of turning, milling and boring of NC lathe. If summarized in a few simple words, it can be called the concept of one-time clamping and all processing.

Precision CNC turning, generally refers to the core walking CNC lathe (longitudinal lathe). It belongs to precision processing equipment, and also has the advantages of compound processing such as turning, milling, drilling, tapping, boring and carving.

The biggest advantage is that it can process relatively precise small parts. The mass processing for shafts can be completed at one time. Regardless of efficiency or accuracy, it is higher than ordinary CNC lathe or automatic lathe. The processing materials include stainless steel, free-cutting steel, brass, aluminum and plastic, and the accuracy can be controlled within +/- 0.01mm. The only disadvantage is that there is a limit on the outer diameter of the material, which is no more than 38mm.