1）: rapid prototyping technology, that is, 3D printing technology
This technology is a new type of processing technology in the current manufacturing industry. You only need to program in front of the computer, and then install the materials, and the printer will work automatically until the product is completed. The advantage is that the product can achieve a 100% utilization rate, which is called green manufacturing. The disadvantage is that the machine itself is relatively expensive, and the material itself is also unique. Not all metals can be used as printing materials, and most plastics are currently used. a little.
2）CNC machine tool manufacturing
CNC machine tools are processed by CAM, CAD and other processing software. You need to program, process, and discharge materials. You still need people to watch, but the degree of automation is still relatively high.
3）: robot processing and manufacturing
Robots have good prospects in the future industry, and it will be very powerful if they can be done well, but the current technology is up to the processing of robots. The processing system, this method is very useful at the current stage.
The birth of the computer is a huge advancement from human manual processing to mechanical processing. Applying computers to machining can really reduce manpower and material resources. The precision of processing has been improved, and there is still a great prospect for development.
5）: 3D software virtual manufacturing
There is a lot of 3D software in reality. If you use them well, you can draw the product you need on the computer, and perform simulation analysis, movement, cutting, processing, etc., especially for some precision parts. If it is particularly small, it is difficult to realize cutting and manufacturing. Only after the actual situation after processing and processing motion simulation is done safely through 3D software, can special instruments be used for preparation and processing.
T6): Intelligent Manufacturing
The so-called intelligent manufacturing system is a human-machine integrated intelligent system composed of intelligent machines and human experts. It can perform intelligent activities such as analysis, reasoning, judgment, conception and decision-making during the manufacturing process. Compared with the traditional manufacturing system, the intelligent manufacturing system has the following characteristics: 1 self-discipline ability 2 man-machine integration 3 spiritual mirror technology
4 self-organizing ability and super flexibility 5 learning ability and self-optimization ability 6 self-healing ability and strong adaptability.
7): computer integrated manufacturing
Computer Integrated Manufacturing (CIM) is a manufacturing technology and manufacturing system in the environment of computer-supported information technology. It generally includes four application subsystems and two support subsystems. The four application subsystems are the management information system, engineering design system, quality assurance system, and manufacturing automation system. The two supporting subsystems are the database system and the communication network system.