Ideal for medium to high volume metal part Metal 3D Printing Filtrationproduction and prototypes, the next generation SLM 280 2.0 Selective Laser Melting System, introduced at Formnext, offers a 280 x 280 x 365 mm build envelope with an improved laser beam profile and the highest laser power offered in its class. The integrated SLM Build Processor and open software architecture offers the freedom of controlling system parameters to run standard builds or optimize to meet strict production needs and gain a competitive advantage.
INCREASED BUILD SPEED WITH SELECTIVE LASER MELTING
Faster than the competition with twin-laser configurations
Patented bi-directional powder re-coating
Built-in 400W fiber laser technology, or upgrade to 700W for more laser power
Multiple laser solutions with 400W, 700W or 1000W
LOWER OPERATIONAL COSTS, SAFE HANDLING280
Selective Laser Melting Build Chamber
2+1 filter configuration lengthens filter life
Closed-loop powder handling
Open system architecture for materials and parameters
Upgraded process control
Optimized gas flow and re-circulation
Ideal for medium to high volume metal part Metal 3D Printing Filtrationproduction and prototypes, the next generation SLM 280 2.0 Selective Laser Melting System, introduced at Formnext, offers a 280 x 280 x 365 mm build envelope with an improved laser beam profile and the highest laser power offered in its class. The integrated SLM Build Processor and open software architecture offers the freedom of controlling system parameters to run standard builds or optimize to meet strict production needs and gain a competitive advantage.
INCREASED BUILD SPEED WITH SELECTIVE LASER MELTING
- Faster than the competition with twin-laser configurations
- Patented bi-directional powder re-coating
- Built-in 400W fiber laser technology, or upgrade to 700W for more laser power
- Multiple laser solutions with 400W, 700W or 1000W
LOWER OPERATIONAL COSTS, SAFE HANDLING280
- Selective Laser Melting Build Chamber
- 2+1 filter configuration lengthens filter life
- Closed-loop powder handling
- Open system architecture for materials and parameters
- Upgraded process control
- Optimized gas flow and re-circulation