Technical Introduction：

Combining these two industry-leading polymer additive manufacturing technologies, we offer a complete suite of plastic solutions—from high-strength engineering functional parts to ultra-detailed visual validation models. Whether for structural testing or aesthetic presentation, we match your exact project needs.

Benefits:

Low cost, diverse materials, and the ability to quickly manufacture complex structures that are difficult to achieve with traditional processes.

SLS Working Principle:

A laser beam precisely scans a heated bed of polymer powder (e.g., Nylon PA12), locally melting and sintering the particles. Because the unsintered powder acts as a natural support, it allows for the printing of extremely complex overhangs and internal hollow structures.

SLA Working Principle:

A build platform is submerged in a liquid photopolymer resin vat. A high-precision UV laser traces a single cross-section of the part on the surface, instantly curing the resin via photopolymerization. Layer by layer, an ultra-smooth, high-precision part is formed.