What are the manufacturing technologies?

Question 1: What is advanced manufacturing technology (AMT)? Specifically, it refers to the technology, equipment and system that integrates mechanical engineering technology, electronic technology, automation technology and information technology. It mainly includes: computer-aided design, computer-aided manufacturing, integrated manufacturing system, etc.

Including:-microelectronics technology, information technology and computer technology;

-Automation and automatic control technology;

-artificial intelligence technology;

-Modern design theory and technology;

-New technology of material processing and molding;

-Modern management science and technology.

Advanced manufacturing technology mainly includes the following three technical groups:

(1) Main technical group: the core of manufacturing technology, including two basic parts: related product design technology and process technology.

(2) Support technology group: a. Information technology: interface and communication, database technology, integration framework, software engineering artificial intelligence, expert system and neural network, decision support system. B standards and frameworks: data standards, product definition standards, process standards, inspection standards and interface frameworks. C. machine tools and tool technology. D sensor and control technology: control of single processing unit and process, actuator, sensor and sensor combination, production and operation plan. E. others;

(3) Manufacturing technology infrastructure. The elements include the training and education of workshop workers, engineers and managers in various advanced production technologies and schemes.

Question 2: Advanced manufacturing technology What advanced manufacturing technology refers to the changes and new systems brought by advanced technologies such as microelectronics, automation and information technology to traditional manufacturing technology? Specifically, it refers to technologies, equipment and systems that integrate mechanical engineering technology, electronic technology, automation technology and information technology. It mainly includes: computer-aided design, computer-aided manufacturing, integrated manufacturing system, etc. -common sense technology.

Question 3: What are the advanced multi-axis porous machining centers with advanced manufacturing technology?

Advanced sheet metal forming technology

Advanced precision cutting technology

Advanced precision casting technology

These are all "deformation" processes

"Sexual change" treatment is smelting and chemical technology.

Question 4: What are the seven-axis and six-linkage advanced manufacturing technologies for producing warship propellers?

Question 5: What are the most advanced manufacturing technologies in the machinery industry? Name one or more. The most advanced manufacturing technology is:

3D manufacturing technologies, such as 3D laser sintering, 3D replication, 3D precipitation (growth), etc.

Micro-machining technology, such as micro-machining, micro-casting, micro-injection molding, etc.

Multi-process technology, such as turning, milling and grinding centers, mechanical processing and electric machining centers, etc.

Question 6: What does advanced manufacturing technology mainly include? 1. rapid prototyping technology. Representative product: 3D printer.

2. NC manufacturing and interoperability: NC layout and blanking: NC cutting; Computer aided analysis and simulated pouring; Computer aided process planning.

3. Computer integrated manufacturing system

4. Concurrent engineering. And the synthesis of design.

Wait a minute.

Question 7: What are the contents of mechanical manufacturing technology? Mechanical technology is a science that studies the scientific theory and practice of mechanical manufacturing process, explores and solves the practical problems encountered in the process, and thus reveals the general laws.

The process of mechanical manufacturing generally includes the mechanical processing of parts and the assembly of machines.

At present, mechanical manufacturing technology mainly includes three parts: mechanical processing technology (cold working), mechanical assembly technology and machine tool fixture design.

Including the formulation of machining process specification, design principle of machine tool fixture, machining accuracy, machining surface quality, typical parts machining technology, machine tool assembly technology foundation, mechanical design technology foundation, modern manufacturing technology and numerical control machining technology.

Question 8: What is the production process of1? Production process refers to the method of the whole process of manufacturing products, including process, process parameters and process formula, and operation method refers to the method of workers processing raw materials, parts or semi-finished products with production equipment in specific production links.

2. Production technology refers to the quality and quantity of starting materials and packaging materials needed to produce a certain number of finished products, as well as process, processing instructions and precautions, including one or a group of documents controlled in the production process.

3. Production technology refers to the methods and technologies of production and processing, mainly including technological process. Advanced production technology is the basic guarantee for producing high-quality products and improving economic benefits. Transforming traditional equipment and production technology with high technology is the fundamental way to improve the international competitiveness of traditional industries.

Question 9: What is the main study of mechanical manufacturing technology? Know what you can do in the future. 30 points suggests that you go back and repeat. My major is 2 1 1 university. When I come out, my salary is not enough and I won't die. The environment is poor.

Undergraduate students, except for not operating machine tools, are half technicians, and technicians are not as good as managers. Therefore, they want money, have no money, but have no status.

I suggest you repeat, study two computer majors, and take the civil service exam later. If you are good at learning, you can continue your studies. If you don't study well, you can go to a training school to learn C language. You can find an it programmer, ranging from 4,000 to 6,000, and then mix slowly. It is really impossible to sell electronic products to small shops and engage in sales. Anything, * * * colleges are short of such science and engineering students. Even in the factory, as a computer major, you can find a very easy job. sincere

Many students majoring in machinery are engaged in mechanical electronics and software development related to electronics or machinery when they arrive at graduate school. There is no way. I hope you can change careers as soon as possible. Don't believe that this is more popular as you get older, and everything is more popular as you get older.

Question 10: What are the common processing methods? If the product quantity is large, it is recommended to use a lathe to bore holes quickly and accurately. Because it is angle clearing, the boring tool should pay attention to the front angle clearing;

If the product batch is small, the milling cutter is used for milling, but the speed is relatively slow. . Machining is the process of changing the shape, size or performance of a workpiece by machining. According to the temperature state of the workpiece, it can be divided into cold working and hot working. Generally, processing at room temperature does not cause chemical or phase change of the workpiece, which is called cold working. Generally, processing above or below normal temperature will cause chemical or phase change of the workpiece, which is called hot processing. According to different processing methods, cold working can be divided into cutting processing and pressure processing. Hot working usually includes heat treatment, forging, casting and welding.

Mainly turning, milling, wrapping and grinding.

Traditional processing methods mainly include turning, milling, planing, grinding, drilling and boring.

Turning: mainly processing shaft or rotary parts, turning with lathe tool to make them reach their proper shape;

Milling: the plane or inclined plane is mainly processed, and the plane is removed by the milling cutter head;

Planing: mainly processing plane or curved surface, and removing plane or curved surface with planer;

Grinding: grinding plane, outer circle and inner circle with grinding wheel to make them reach surface roughness;

Drilling: mainly drilling with a drill bit;

Boring: mainly boring the inner hole with boring cutter or boring cutter.

Mechanical processing can be divided into cold processing, hot processing, chemical processing and special processing. There are many methods, rigorous processes, high technical content, involving a wide range of disciplines, many employees and great social contributions.