In the increasingly competitive market economy, Rapid prototyping technology in mold manufacturing industry also plays an important role and is an important part of the advanced manufacturing technology group. It focuses on Computer-aided design and manufacturing technology, laser technology and material science and technology. Without traditional molds and fixtures, it can rapidly manufacture 3D solid models or parts with arbitrary complex shapes and certain functions, which costs about Product development, mold manufacturing and repair. So what are its characteristics?
Rapid prototyping in Shandong is a technology of laser technology, numerical control technology, chemical industry, material engineering and other technologies, which has solved many problems in traditional processing and manufacturing. The widespread application of rapid prototyping technology in China has played a supporting role in the development of Chinese manufacturing enterprises, improved their ability to respond quickly to the market, improved their competitiveness, and made significant contributions to national economic growth.
1. Good complex manufacturing ability, capable of completing manufacturing that traditional methods are difficult to complete. The product is complex, and during development, problems can only be identified and corrected in a timely manner through multiple rounds of design prototype production testing modification prototype reproduction retesting process, and repeated prototype testing. However, the production capacity of the prototype is very small, and the traditional manufacturing method takes a long time and incurs high costs, resulting in a long development cycle and high costs.
2. Small batch manufacturing has low cost and fast speed, which can significantly reduce development risks and shorten development time. 3D printing hand boards do not require traditional manufacturing processes such as ingot casting, embryo making, molds, and forging. They can be quickly and low-cost for prototype production, and the entire production process is digitized, which can be corrected and manufactured at any time. A large number of validation tests can be conducted in a short time, significantly reducing development risks, shortening development time, and reducing development costs.
3. High material utilization rate can effectively reduce production costs. Traditional manufacturing is called "reduced material manufacturing", which involves cutting, squeezing, and other operations on raw material blanks to remove excess raw materials and produce the desired component shapes. The raw materials removed during the processing are difficult to recycle and waste seriously. 3D printing only adds raw materials where needed, and the material utilization rate is very high, which can fully utilize expensive raw materials and significantly reduce costs.
Rapid prototyping uses the method of gradually increasing materials (such as solidification, welding, cementation, sintering, polymerization, etc.) to form the required part shape. Since RP technology does not produce waste in the process of manufacturing products and cause environmental pollution, it is also a green manufacturing technology in today's ecological environment. Come to our website if you need it http://www.sixpacksforsoldiers.com Consult!