While the two firms have been developing MLS technology since 2006 under the name of 3D MicroPrint, it was only last year that the technology was mature enough the begin operations in a research setting.
According to Han J. Langer, CEO of EOS, “Demand for very small parts which are difficult to manufacture using conventional processes is rising tremendously. Micro Laser Sintering provides solutions for three major trends: individualization, functional integration, and miniaturization.”
Mirroring the fundamental technology used in DMLS additive manufacturing systems, MicroPrint’s machine employs an extremely fine metal powder that is spread across consecutive layers and sintered with a laser.
As MLS continues to mature into a fully-functional 3D printing technology it might grow to encompass the production of MEMS systems, greatly expanding 3D printing’s reach. In the near-term, however, MicroPrint believes the technology could be used to build automotive nozzles, medical devices and custom tailored jewelry.
Images Courtesy of 3DMicroPrint