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LASERTEC 30 DUAL SLM

Additive Manufacturing by selective laser melting (SLM)

Max. X-axis travel
11.8 in.
Max. Y-axis travel
11.8 in.
Max. Z-axis travel
13.8 in.
Min. Layer thickness
0.0008 in.
Min. Focus diameter
0.0031 in.
Laser power standard
600 W
Highlights

Additive Manufacturing by selective laser melting (SLM) in powder bed

  • Highly complex components with function integration
  • Internal close-contoured cooling channels
  • Weight optimisation due to lattice and honeycomb structures as well as topology-optimised components
  • Simultaneous build-up of different designs
  • Shorter product development times by quickly available prototypes made of series materials 

Additive Manufacturing with a 11.8 x 11.8 x 13.8 in. (X / Y / Z) building volume

  • 80% more productivity by new dual laser system - available as single-laser (600 W) or dual-laser (2x 600 W)
  • High-precision optic module with a 80 µm focus diameter, full overlap of scan fields and active cooling
  • Material independent filtration system with automatic passivation of metal dusts for maximum work safety 
  • Open system: Individual adjustment of all machine settings and process parameters as well as unrestricted selection of the material supplier
  • End-to-end competence with integral process understanding from drawing to finished part: DMG MORI Process Chains for pre- and post-processing of additively built parts

rePLUG – The powder module for fast material change

  • Automated powder handling: Integrated powder-recycling for maximum efficiency and highest work-safety due to closed material cycle 
  • One material per rePLUG – Any expansion of the material range due to modular changing system
  • Contamination-free change between different materials in <2 hours
  • Autonomie élevée du processus grâce au puissant système de filtre duo (changement de filtre sans interruption du processus, uniquement LASERTEC 12 SLM / LASERTEC 30 SLM 2nd Gen.)
  • Optional: rePLUG RESEARCH The additional powder module, especially developed for the material and process parameter development on the series system 

Melt Pool Monitoring and Analysis

  • PrintRite3D® system by Sigma Labs, Inc. 
  • In-process quality assurance
  • Detection of changes within the energy density and the thermal signature of the melt pool
  • Classification of defects incl. data visualisation in 3D
  • Less trial-and-error builds - Saving resources and machine run time through early detection
  • Production dashboard – Displaying results of printing processes of different machines 
LASERTEC 30 DUAL SLM
LASERTEC SLM: Additive Manufacturing
Sample applications
Control & software

NEW: OPTOMET - First time right Parameter Optimization Software

  • Expert knowledge at your finger tips - Parameter development for NEW materials within minutes
  • 20% less material costs - Increased usage of recycled powder without any loss of quality 

  • Fully adaptable material properties and layer thicknesses 

  • rePLUG reSEARCH and OPTOMET - The combination for material development 

CELOS: Consistent software solution from CAM programming up to machine control

  • Intuitive machine operation due to touchscreen and APP-based control
  • RDesigner: CAM Programming directly on the machine control
  • HEAT-Calculation: Patented advance calculation of mass distribution and automatical adjustment of all laser parameters for top component quality
  • Monitoring tools: Camera-based process monitoring of the build-up and coating quality

OPTOMET - First time right

Service & training
Downloads & Technical Data
Technology segment
SLM - Selective Laser Melting
Technology Data
Min. Focus diameter
0.0031 in.
Min. Layer thickness
0.0008 in.
Max. Layer thickness
0.0039 in.
Laser power standard
600 W
Inert gas
Argon
Inert gas consumption
39.6 g/h
Workpiece
Max. workpiece length
11.8 in.
Max. workpiece width
11.8 in.
Max. workpiece height
13.8 in.
Clearance
Max. X-axis travel
11.8 in.
Max. Y-axis travel
11.8 in.
Max. Z-axis travel
13.8 in.
Use case
Complex / filigree structures
Internal channels / cavities
lightweight construction / grid structures
Production Type
Production
Prototypes
Materials
Aluminum
Cobalt-Chom alloys
Copper alloys
High-speed steel
Nickel-based alloys
Scalmalloy®
Stainless steel
Titanium
Tool steel