Machining technology is mainly studied as follows:
1, machining technology: learning a variety of machining methods, process and processing tool selection, to understand the machining characteristics of different materials as well as the machining process of common problems and solutions.
2, CNC technology: learning the basic principles of CNC machine tools, operation and programming technology, understand the composition and function of the CNC system, be able to write and debug the CNC program, master the operation and maintenance of CNC machine tools.
3, basic mechanical design: study the design principles of mechanical parts, standard parts selection, size and tolerance design, understanding of mechanical parts of the assembly relationship and kinematic analysis of mechanical systems.
4, machine tool operation and debugging: learning all kinds of common machine tool operation, maintenance and debugging, master the basic operating principles of machine tools and operating specifications, and learn to correctly use all kinds of machine tools and measuring instruments.
5, tools and cutting theory: learning the structure of different types of tools, materials and processing characteristics, understanding the selection of tools and tool wear judgment and treatment, as well as cutting theory and optimization of processing methods.
Employment Prospects of Machining Technology
1, employment opportunities in the manufacturing industry: machining technology is widely used in the manufacturing industry, involving a variety of industries, including machinery manufacturing, automobile manufacturing, aerospace, electronic equipment, medical equipment, shipbuilding and so on. With the development of the manufacturing industry, the demand for machining technology personnel will continue to increase.
2, the application of CNC technology: With the continuous development and popularization of CNC technology, the demand for machining technology personnel to master CNC technology is also increasing. The application of CNC technology can improve manufacturing efficiency and precision, so talents who can master CNC technology will be more popular.
3, high-precision machining field: the growing demand for high-precision machining in a number of fields, such as aerospace and medical equipment manufacturing. Talents who master precision machining technology will have more employment opportunities.
4, the trend of automated manufacturing: with the increasing application of automation technology in the manufacturing industry, the demand for machining technology personnel who can operate and maintain automated equipment is also increasing.
5, entrepreneurial opportunities: machining technology personnel can use their skills and knowledge to start their own machining business, provide processing services or produce competitive mechanical products.