Ⅰ. Printing operation of selective laser sintering1. PrintingThe powder will go in a thin layer on the platform at the top of the powder canister. The printer will preheat the powder to a temperature...

Metal additive manufacturing is a complex process, which is achieved through the interaction and cooperation of different systems. In addition to laser optics and the quality of the material powder, m...

Ⅰ. Technical principle of selective laser sinteringThe technology uses powder laying to lay a layer of powder material flat on the surface of the molded part and heats it to a temperature just below ...

The application of 3D printers in various industries is constantly expanding. 3D printing is not a tool for us to make prototypes, but a production method for delivering goods to customers. In the pas...

Industrial parts always have requirements on the strength and various properties, especially in the aerospace fields, there are very strict requirements for the performance of parts. Since the parts a...

In the traditional manufacturing process of large size parts, the assembly of final components or sub-components is an important step, which often requires a lot of time, equipment, manpower and quali...

Metal 3D printing is one of the most invested and fastest growing technologies in the manufacturing industry. Now it is not only used in conjunction with other manufacturing techniques, but can also i...

3D printing is an innovative additive manufacturing technology used to manufacture parts. Artificial intelligence leverages computers and machines to mimic the problem-solving and decision-making capa...

1. Laser-based powder bed fusion technology for metal additive manufacturingMetal powder bed fusion is a 3D printing process that produces a solid that uses a heat source to fuse metal powder particle...

Additive manufacturing technology has experienced rapid development in the past 30 years. In the 1980s, additive manufacturing was only a non-commercial technology. By 2014, it had a market value of m...