Industry: 3D printing Region: Germany Transaction price: 1 million US dollars Transaction method: equity investment
Project introduction:
A German company has developed an innovative surface treatment technology, which can smooth and seal the surface of parts produced by various additive manufacturing processes in a gentle and efficient way by combining physical methods with chemical methods. Specific applicable process types include laser sintering (SLS), multi-jet melting (MJF), binder injection (BJ), high-speed sintering (HSS), selective absorption fusion (SAF) and fused deposition molding (FDM). The patented process is highly adjustable and can achieve different levels of smoothing effect according to the specific requirements of customers for the surface quality of parts. Compared with the common post-processing methods in the current market, the remarkable advantage of this technology lies in its excellent detail retention ability. Even precise geometric features and complex surface structures can be completely protected and optimally presented in the smoothing process.
Solution introduction:
The solution provided by the company can smooth and finish the surface of additive manufacturing parts made of various thermoplastic materials in an environmentally friendly and economical and efficient way. The surface of the treated parts not only realizes waterproof and airtight sealing, but also can improve many performance indexes synchronously in a single treatment step. After finishing, the surface of the parts is smooth, it is not easy to attach dirt, and it is convenient to clean, which conforms to the EU 10/2011 standard and can be safely used in food-related scenes. At the same time, this treatment also makes the parts especially suitable for design products and medical supplies that need long-term contact with the skin. In addition, after this process, the original color of the parts is not only enhanced, but also protected for a long time without fading. For rotating parts such as impellers and parts with internal flow channels, this technology can also optimize their hydrodynamic performance, reduce flow resistance and improve service efficiency and service life.
Cooperation mode:
Looking for partners who need 3D printing plastic parts polishing and finishing solutions.