CNC Processing Technology

CNC processing technology is the 1 advanced manufacturing technology based on computer digital technology, which combines computer numerical control technology with traditional processing technology, and can realize the precise processing of complex surfaces and large workpieces. CNC processing technology has the characteristics of high efficiency, precision, flexibility and reliability, and is widely used in aerospace, automotive, machine tools, molds and other fields.

CNC Machining technology is a further development of computer numerical control (Computer Numerical Control) technology. It through the computer control system, according to the user input processing parameters and process requirements, automatic control of the action of processing equipment, to achieve precise processing of the workpiece. Compared with the traditional manual operation and CNC processing technology, CNC processing technology has a higher degree of automation and higher processing accuracy.

The core of CNC processing technology is computer-aided processing (Computer Aided Manufacturing). Based on the three-dimensional model, it uses computer software to analyze, cut and program the workpiece. During the processing, the computer will automatically adjust the position, speed and processing force of the tool according to the program to ensure the processing quality and accuracy of the workpiece.

The application of CNC processing technology is very extensive. In the field of aerospace, CNC processing technology can achieve high-precision processing of complex curved surface parts, improve the overall performance of the aircraft and navigation safety. In the field of automobile manufacturing, CNC processing technology can be used to manufacture automobile molds and parts to improve the quality and safety of automobiles. In the field of machine tool manufacturing, CNC processing technology can improve the machining accuracy and production efficiency of machine tools. In the field of mold manufacturing, CNC processing technology can realize the precise processing of complex curved molds and improve the accuracy and service life of the molds.

The development of CNC processing technology is inseparable from the support of computer software. At present, there are many design and programming software for CNC processing technology, such as UG, Pro/E, CATIA, etc. These software can model and edit the three-dimensional model of the workpiece, generate effective machining paths and tool paths, and convert machining parameters and process requirements into program code that the machine can recognize.

CNC processing technology also has some special processing methods, such as laser processing and EDM. Laser processing is to use the heat energy of the laser beam to process the workpiece, which can realize the cutting, welding and drilling of hard materials. EDM is to use the energy of electric pulse to process the workpiece, which can realize the precision machining and surface treatment of hard materials.

In short, CNC processing technology is the 1 advanced manufacturing technology, which realizes the precise processing of complex surfaces and large workpieces through computer numerical control technology. It has a wide range of application prospects in aerospace, automotive, machine tools, molds and other fields, and provides strong support for the development of modern manufacturing. With the further development of computer technology and the increasing demand for processing, CNC processing technology will continue to innovate and develop, bringing greater benefits and contributions to industrial production.