À propos de Guangzhou Sailon Additive Manufacturing Co., Ltd.
Guangzhou Sailong Additive Manufacturing Co., Ltd. is a high-level talent-founded enterprise introduced by the Guangdong Provincial Government from the Northwest Nonferrous Metals Research Institute. The company has a standard factory building of more than 5,300 square meters in Huangpu District, Guangzhou. It has built batch production lines for metal spherical powder and electron beam 3D printing metal parts, and can provide full-process technical services for metal 3D printing.
Our 3D printing accessories are mainly medical implants, using SEBM technology, which has special advantages in forming high purity, high energy density in a vacuum environment, thereby forming high melting point tantalum. Our medical products can be used in clinical treatments to help patients recover, improve patient wound healing, and can be quickly integrated with the human body and are very biocompatible and friendly. Because the product is designed using an organ model, it is very suitable for patients and greatly improves the patient's cure rate.
The company is mainly engaged in the design, development, production and sales of metal powders, such as spherical titanium powder. High sphericity, excellent fluidity, low oxygen content, almost no hollow powder, high purity. powder. Sizes are 15-45 microns, 53-105 microns, 53-150 microns. In addition, according to your required size, we can customize it for you. Products have been widely used in additive manufacturing, cladding, spray coating, powder metallurgy, electronic coatings and other fields.
Relying on the latest research results in 3D printing, the company's entrepreneurial team will efficiently connect with the market and capital through implementation in Guangzhou, fill the gap in powder bed electron beam additive manufacturing technology in the Guangdong-Hong Kong-Macao Greater Bay Area, and create a world-class enterprise and well-known brand in metal additive manufacturing.
- Localisation:
- China
- Profil mis à jour le 24 mars 2026