Laser Photonics' model 3DF-150 3D metal printer can manufacture complex geometries and structures with high grade nano-powders such as titanium, producing medical devices such as patient-specific implants to volume production of orthopedic implants featuring hybrid structures and textures. 3D laser metal printing has the potential to unlock manufacturing capabilities that combine free-form shapes and intricate lattice structures that improve osseointegration, leading to improved patient outcomes and reduced operating times.
In addition to producing medical devices, model 3DF-150 3D metal printer handles challenging and sophisticated parts and components, saves floor space, shows progress real time, and creates high quality materials in a shortened time frame that would otherwise take months to achieve.
Features of model 3DF-150 include:
- Vertical build
- Low power consumption technology
- Conventional tower holding a 24" x 30" footprint envelope
- Cassette-to-cassette powder feeding and collection system
- Optional inert gas handling module
The laser 3D metal printer is built with conventional wisdom of strategic positioning where all electronic and laser controls are placed above the build chamber. This positioning prevents metal powders from entering electronic circuitry, enabling continuous, safe operations.