China Stainless Steel Aerospace Parts CNC Milling Manufacturers, Suppliers, Factory

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.

Manufacturers use low to mid-volume manufacturing to transition from prototyping to full-volume production. The limited-run production, usually of between 50 and 100,000 parts, allows manufacturers to shorten time to market and lower costs through smaller, sustainable inventories. When new markets and opportunities emerge, companies can innovate and react quickly with custom parts.

Thread features on your parts will come out much better if your design allows you to follow some standard CNC machining guidelines.

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

The cutting force during processing of titanium alloy is only slightly higher than that of steel of the same hardness, but the physical phenomenon of processing titanium alloy is much more complicated than processing steel, which makes titanium alloy processing face huge difficulties.

The workpiece rotates, and the turning tool performs cutting processing of linear or curved movement in the plane. Turning is generally performed on a lathe to process the inner and outer cylindrical surfaces, end surfaces, conical surfaces, forming surfaces and threads of the workpiece.