3D printing technology can optimize many complicated processes in the traditional manufacturing process, and directly manufacture complex structures, so as to find problems in product modeling and structural design as soon as possible, and reduce the subsequent other processes caused by frequent design changes.
Rework and cumulative losses have significantly improved the efficiency of new product development and the success rate of putting them into the production line.
For example, 3D printing does not require a mold opening process, which greatly saves operating time; the characteristic of one-time molding greatly reduces the workload of post-assisted processing and reduces the outsourcing processing stage, which effectively guarantees some confidential fields (such as aviation, nuclear power, military, and other industries) ) Security of confidential data.
At the same time, it also reduces the accumulation of errors in the post-processing process, making the product more accurate, especially in high-end precision machinery industries such as automobiles, airplanes, and nuclear power.
The 3D printing technology can realize the natural and seamless connection of the products, there is no parting line, no unnecessary gaps so that the product structure is more stable, and the rigidity and strength are significantly higher than that of the traditional manufacturing process.
Compared with traditional production technology, 3D printing technology can increase the efficiency of mechanical processing by 3.5 times, shorten the product development cycle by 30%-60%, and save production costs by 30%-50%.