Selective laser sintering technology is a kind of manufacturing process using high-power CO2 laser to selectively melt powdered thermoplastic plastics. This process is best suited for the production of hard functional components, enabling high surface finish and fine details.

SLS technology can easily produce complex geometries that are difficult to handle with other processes, eliminating the time and cost pressures generated by the molding process. Engineers looking for functional parts and prototypes can choose SLS as the ultimate 3D printing technology for thermoplastic parts to obtain the ideal thermoplastic parts.

The value of transparent materials is that they allow you to see inside the components used to simulate the final product. Combining 3D printing with transparent materials combines the benefits of visibility with the freedom of geometry, allowing designers and engineers to more fully test, validate, and deliver better performing products and accelerate product development. For some applications, the design evaluation also requires knowledge of material properties, such as heat resistance, moisture resistance, or a certain strength threshold. Having knowledge of, and access to, various materials helps designers and engineers choose the most appropriate materials for their applications.