China Pipe Fittings PVC Elbow Inserts Brass Manufacturers, Suppliers, Factory

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.

With the ever-increasing demand for production efficiency, the market for software-driven, or CNC, machining is expected to skyrocket. CNC machines are being paired with automation systems and simulation software to fuel the production rate. Automation directs the tools to provide greater precision and accuracy relative to manual controls. A program only needs to be created once and can operate an entire factory of CNC machines with minimal human intervention. The only situations where human intervention is desired are for loading and unloading workpieces, ensure quality control and troubleshooting.

Machining includes manual machining and CNC (computer numerical control) machining.

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 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.

Microcomputer system is the "brain" of the whole system, intelligent control and management of the whole system, and processing of detection signals, generally using single-chip computer system. For example, the infusion pump adopts a highly integrated 32-bit ARMCPU system to fully control the infusion process, and adopts dual CPU to ensure the safety of the system.