What is CNC technology mainly for?

CNC technology is a professional technology, mainly assisted in the mold industry. CNC equipment is an automated machine, and the control of the machinery is carried out through the program.

CNC technology application: CNC machining and operation of technical specialty.

Numerical control technology (specialist) training objectives: this major cultivates all-round development of morality, intelligence, physique and beauty, has the basic knowledge of science and culture to meet the needs of modernization, masters the professional theories and skills of mechanical design and manufacturing, numerical control principles and numerical control equipment, and has a certain spirit of innovation, can use the knowledge learned to carry out numerical control, numerical control, and engage in automated manufacturing application-oriented senior engineering and technical personnel.

Main courses: Mechanical Drawing, Computer Aided Drawing, Engineering Mechanics, Electrical and Electronic Technology, Fundamentals of Mechanical Design, Fundamentals of Mechanical Manufacturing Technology, Engineering Materials and Material Forming Technology, CNC Principles and CNC Machine Tools, CNC Machining Technology, CNC Machining Programming Technology, Machine Tool Electrical Control Technology, Mold Design and Manufacturing, Mechanical CAD Cam, Single-chip Microcomputer Principle and Application, CNC Machine Tool Mechanical Structure.

Employment direction: engaged in CNC machining technology and tooling design, CNC programming, CNC machine tool operation, maintenance, CNC machine tool commissioning, production and operation, production and operation of enterprises and institutions.

Skill Certificate: You can obtain the qualification certificate of CNC technician, mold designer, CNC machine tool operator, intermediate and senior draftsman.

CNC technology is a set of mechanical, electrical, hydraulic, optical, computer, automatic control technology as one of the knowledge-intensive technology, it is the manufacturing industry to achieve modernization, flexibility, integrated production basis, but also to improve product quality, improve productivity of the indispensable material means.

The wide application of numerical control technology in the machinery manufacturing industry has become a powerful driving force for the development of the national economy. With the rapid development of the economy, China is gradually becoming the "world manufacturing center", the numerical control rate has become one of the important indicators to measure the manufacturing technology level and economic strength of a country or enterprise.

Employment direction of CNC major:

1. The employment of CNC majors in industrial enterprises is engaged in CNC programming, the use, maintenance and technical management of CNC equipment, and the sales and after-sales service of CNC equipment.

CNC major is mainly oriented to mechanical mega rock, mold, electronics, electrical, pure light industry and other industries, can be engaged in product design and processing, CNC programming, CNC machine tool operation, CNC common CAM software multi-axis machining, CNC equipment debugging and maintenance and other related work.

2. The employment of CNC major can be oriented to high-end equipment manufacturing industries such as power generation equipment manufacturing, military industry, aerospace industry, shipbuilding, data equipment manufacturing, etc., and is engaged in CNC machine tool operation, data processing program preparation, data processing technology preparation, product quality inspection, on-site management, production scheduling, CNC equipment sales and after-sales service.

3. The employment of CNC majors can be CNC programmers. Many machining companies use automatic programming to generate CNC machining programs, so they need to learn CAM software. Different units use different CAM software, and there are many types, but the processing methods are generally similar, but being a CNC programmer is very demanding and has great responsibilities, so it requires rich processing experience.

Computer numerical control (CNC) is a technology that uses computer-controlled numerical control equipment for processing. CNC technology is mainly used in various mechanical equipment and tools to achieve accurate and efficient automated machining processes.

The main function of numerical control technology is to control the movement of machine tools, tools and workpieces through computer programming to achieve accurate machining of workpieces. Taking CNC machine tools as an example, the CNC system controls the movement of the coordinate axes of the machine tool (such as X-axis, Y-axis, Z-axis) and the operation of the tool through pre-programming, and carries out the machining processes such as cutting, drilling, milling, and turning of parts. Through the use of numerical control technology, high-precision and high-efficiency machining can be realized, productivity can be enhanced, and the impact of human factors on machining quality can be reduced.

CNC technology has the following advantages:

High precision: CNC equipment can achieve accurate processing to the micron level through accurate computer control, which improves the processing quality and the accuracy of the clump product.

High efficiency: CNC equipment has the characteristics of automation, which can carry out continuous processing and mass production, which improves production efficiency.

Flexibility: The program of CNC equipment can be modified and adjusted as needed to adapt to different processing requirements and achieve diversified production.

Automation: CNC equipment can automatically complete the machining process, reducing labor costs and labor intensity.

Good consistency: CNC equipment can repeat the same procedure, which ensures the consistency of product quality.

In short, CNC technology plays an important role in modern manufacturing and is widely used in machining, automobile manufacturing, aerospace, electronic equipment and other fields, improving production efficiency and product quality.

Numerical control technology is a collection of traditional machinery manufacturing technology, computer technology, modern control technology, sensing and detection technology, network communication technology and optical electromechanical technology is equal to one of the basic technology of modern manufacturing industry, with high precision, high efficiency, flexible automation and other characteristics, to the manufacturing industry to achieve flexible history, intelligence and green is of great significance.

Numerical control technology is a technology that uses digital information to control mechanical movements and working processes. It is a technology that uses a computer to realize digital program control, and uses a computer to perform the operation sequence logic control function of the movement trajectory and peripherals of the equipment according to the control program stored in advance.

Hello, I am a Q&A master of the question, Xiao Chen: Computer numerical control (CNC) is a technology that uses computer-controlled machine tools for processing and manufacturing. It combines computer technology with machining for precise control of the movement and machining process of machine tools.

The main functions of CNC technology include:1Automated Processing:

CNC machine tools can automatically complete various processing operations according to pre-written programs, replacing traditional manual operations and improving the efficiency and accuracy of processing. 2.Precise control:

Through the control of the computer, the CNC posture technology can realize the accurate control of the machine tool axis movement, the speed of the processing tool, the feed speed and other parameters, so as to make the machining process more accurate and stable. 3.Multi-functional machining:

CNC machine tools have a variety of functions, which can realize various process operations such as drilling, milling, turning, cutting, etc., to meet the processing needs of different parts. 4.Mass production:

CNC machines are able to achieve large-scale mass production by performing the same machining procedures repeatedly, improving production efficiency and consistency.