Is there any technical terminology for CNC?

Numerical control is also called computer numerical control technology, which is the technology that uses computers to achieve digital program control.

Numerical control technology uses the computer to perform the operation sequence logic control function of the equipment's motion track and peripherals according to the pre-stored control program.

Because the computer is used to replace the numerical control device composed of the original hardware logic circuit, the realization of various control functions such as the storage, processing, calculation, and logic judgment of the input operation instructions can be completed by the computer software grip Yunsheng, and the microscopic instructions generated by the processing are transmitted to the servo drive device to drive the motor or the hydraulic actuator to drive the equipment to run.

The CNC major is to cultivate application-oriented senior technical talents who master the basic theories and basic knowledge of CNC technology and application majors, and can be engaged in production, management, product marketing, equipment maintenance and other work on the front line of production.

Introduction to professional courses:

Physical Education, English, Advanced Mathematics, Engineering Mechanics, Electrical Engineering, Mechanical Manufacturing Technology, CNC Machining Technology, CNC Programming, Electrical Control and PLC, Electrical Technology, Electronic Technology, Mechanical Drawing, Computer Drawing (CAD), Computer Basics, Programmable Controllers, Mechanical Manufacturing Processes and Fixtures, CNC Quiet Slag Machine Tools, CNC Machine Tool Failures and Maintenance, Typical CNC Systems, etc.

Biased to electricity, there are digital circuits, analog circuits, single-chip microcomputer principles and interfaces and applications, C programming, VF, VB programming, computer network technology, CNC system, CNC machining technology, CNC programming, automatic control theory, hydraulic transmission and pneumatic transmission, etc.

Numerical control technology, referred to as numerical control, is the technology that uses digital control to achieve automatic control of a certain working process. It usually controls mechanical quantities such as position, angle, velocity, etc., as well as switching quantities related to the direction of mechanical energy flow. The generation of numerical control depends on the emergence of data carriers and binary form data operations.

CNC technology and CNC equipment are an important foundation for the modernization of the manufacturing industry. Whether or not this foundation is solid has a direct impact on a country's economic development and comprehensive national strength, and has a bearing on a country's strategic position. Therefore, all industrially developed countries in the world have taken major measures to develop their own CNC technology and its industry.

In China, the development of numerical control technology and equipment has also been highly valued, and considerable progress has been made. Especially in the field of general microcomputer numerical control, the domestic CNC system based on the PC platform has been in the forefront of the world.

However, there are also many problems in China's CNC technology research and industrial development, especially in terms of technological innovation ability, commercialization process, market share, etc.

At the advent of the new century, how to effectively solve these problems, so that China's CNC field along the road of sustainable development, from the whole into the world's advanced ranks, so that we have a pivotal position in international competition, will be an important task faced by CNC research and development departments and manufacturers.

In order to accomplish this task, it is first necessary to establish a development path suited to China's national conditions. To this end, this paper summarizes the development path of the new century from the two levels of overall strategy and technical route, as well as several specific aspects such as numerical control systems, functional components, and CNC machines.

1. Numerical control technology is the technology of controlling mechanical movement and working process with digital information, which is the basic technology of modern manufacturing industry integrating traditional mechanical manufacturing technology, computer technology, modern control technology, sensing and detection technology, network communication technology and opto-mechanical and electrical technology, with the characteristics of high precision, high efficiency and flexible automation, and plays a pivotal role in the realization of flexible automation, integration and intelligence in the manufacturing industry.

2. Digital control. NumericalControl (NC) is a technology that uses digital rolling signals to automatically control control control objects (such as the movement of machine tools and their machining processes), referred to as numerical control.

3. Numerical control technology. Numerical control technology refers to the automatic control technology that uses numbers, letters and symbols to program a certain working process.

4. Numerical control system. The numerical control system refers to the organic integrated system of software and hardware modules that realize the phase noise function of numerical control technology, and it is the carrier of numerical control technology.

5. Computer numerical control system. Computernumerical Control (CNC) refers to a computer-centered numerical control system.

6. CNC machine tools. CNC machine tool (ncmachine) refers to the application of CNC technology to control the machining process, or equipped with CNC system machine tools.

Professional introduction: CNC technology mainly studies the basic knowledge and professional skills of CNC principles and the application of CNC machine tools, CNC machining technology, maintenance of CNC machine tools, etc., and carries out equipment operation, programming, process implementation, etc. in the field of CNC technology. The common ones are CNC lathes, CNC milling machines, CNC drilling machines, CNC boring machines, CNC grinding machines, CNC gear shaping machines, CNC boring and milling machines, CNC cam grinders, CNC grinding machines, CNC surface grinders, etc.

Courses: Mechanical Drawing, Tolerance Fitting and Measurement Technology, Metal Cutting and Tools, Metal Cutting Machine Tools, Data Processing Technology, CAD Cam Technology, Machine Tool Fixtures and Their Applications, Machine Tool Control Systems, Hydraulic and Pneumatic Technology, etc.