LASERTEC 30 SLM 3rd generation
Highlights
Additive manufacturing using selective laser melting (SLM) in a powder bed
- Highly complex components with integrated functions
- Internal, contour-close cooling channels
- Weight reduction through topology optimization, lattice and honeycomb structures
- Simultaneous development of different designs
- Shortened product development times through immediately available prototypes made from series production materials
100% machine tool design for SLM technology
- Build volume: 325 x 325 x 400 mm
- Single, dual, or quad lasering with high-precision optical modules and complete overlap of the scan fields
- Interchangeable build container for reduced job-to-job times
- Bi-directional coater with collision protection system
- CELOS X with easyAM—detailed work instructions for simplified machine operation and maintenance
New benchmark for robustness and repeatability
- Thermosymmetrical cast frame for maximum rigidity
- Floating process chamber for minimal thermal distortion
- Active temperature compensation for positioning the z-axis
- Protective glass monitoring for detection of smoke residues and damage
- Powder bed monitoring for defect detection
rePLUG – The powder module for fast material changes
- Automated powder handling: Integrated powder recycling for maximum efficiency and maximum occupational safety thanks to a closed material cycle
- One material per rePLUG – Unlimited expansion of the material range thanks to a modular exchange system and contamination-free material changes
- Integrated sieving and powder drying function under protective gas atmosphere
- Industrialized powder filling and precise weight detection in the main tank
- Optional: rePLUG FLEX – The additional powder module, specially developed for material and process parameter development on the series production line.
Videos
LASERTEC 30 SLM US – High-speed, high-precision metal 3D printing
Driving Innovation in Aviation & Space with Additive Manufacturing
Link to machine tool: LASERTEC 30 SLM 3rd generation