China High Demand Aerospace Components CNC Machining Manufacturers, Suppliers, Factory

Numerical control lathe is one of the more widely used numerical control machine tools.

The market demand of some parts which are suitable for periodic production is cyclical and seasonal. If special production line is adopted, it will not pay off.

At the beginning of CNC machine tools, aircraft parts with complex surface are selected as machining objects, which is difficult to be solved by common machining methods. The biggest characteristic of NUMERICAL control machining is to use perforated tape (or tape) control machine tool for automatic processing. Because aircraft, rocket and engine parts have different characteristics: aircraft and rocket zero, component size, complex surface; Engine zero, small component size, high precision. Therefore, aircraft, rocket manufacturing department and engine manufacturing department of the choice of NUMERICAL control machine tools are different. In the aircraft and rocket manufacturing to use continuous control of large CNC milling machine, and in the engine manufacturing both use continuous control of CNC machine tools, also use point control of CNC machine tools (such as CNC drilling machine, CNC boring machine, machining center, etc.). Process focus

Aluminium Anodizing Precision CNC Machined Components provides a reliable and relatively inexpensive means of improving the wear resistance, and coloring aluminum and other nonferrous metals. First developed in the 1920s, this electrochemical process revolutionized numerous industries with a need for lightweight, strong, corrosion-resistant aluminum extrusions for window frames, decorative exterior panels and many other architectural elements.

Why has precision machining always attracted attention? Taking a submarine as an example, the positioning can be verified after diving for a period of time, but if the accuracy of the gyroscope bracket is high enough, the submarine does not need to come out.

There are many reasons for the deformation of aluminum parts, which are related to the material, the shape of the parts, and the production conditions.