Industry Applications

1. No mold is needed, and it can be formed in one go. Compared with traditional manufacturing, 3D printing eliminates the complex process of product forming in traditional manufacturing. It does not require molds and can be formed in one go. Therefore, more complex structures can be designed and produced, which is particularly suitable for the production of small batches and multiple varieties of customized products.

2. Save time and cost. The on-demand production characteristics of 3D printing have a significant impact on the supply chain and storage system of traditional industries, and have unique advantages in saving costs and time.

3. The parts are very flexible. Decentralized manufacturing can be achieved, and the most important thing is that 3D printed parts are much better than traditional machined parts in terms of lightweight and frame structure. Therefore, 3D printed functional parts will be more and more directly applied in various fields, not just in product prototype and sample development.

4. Complex structures are formed in one go to meet assembly and disassembly. In traditional manufacturing processes, complex structural parts have always been a bottleneck in production technology, but this is not a problem at all for 3D printing. 3D printing's unique additive manufacturing process solves the manufacturing problems of complex structures that are difficult to manufacture in the world and even in history!

5. High-precision output. 3D printing manufacturing provides high precision, making the details more accurate and rich. Whether it is small batch production, scheme verification, or mold development, realistic effects can be achieved.