We can always offer you the right solution!

The utilized 3D printing method, the material and the finishing task at hand determine, which post processing technology must be chosen to achieve optimum results. Whether the task involves the removal of support structures and powder, surface smoothing, surface homogenization and polishing, whether the parts are made from plastic or metal, whether SLM-/DMLM-/DMLS-, PolyJet-, MJF-, FDM-/FFF print systems are used - we at AM Solutions can offer you the perfect solution for your specific requirements. We will be happy to assist you!

Damper segment

  • Material: Aluminium
  • Support: Aluminium
  • Layer thickness: 40 µm
  • Machine: AM Solutions M3
  • Media: Multi-stage process
  • Processing time: 17,5 hour
  • Before: Ra 16 µm
  • After: Ra 1,1 µm

Turbine segment

  • Material: Inconel 718
  • Support: Inconel 718
  • Machine: AM solutions M3 /Dlyte100
  • Media: RAM11 03/05 mit RAM-GP42 / Elektrolyt DLyte 01
  • Processing time M3: 16 hour
  • Processing time DLyte: 0,5 hour
  • Layer thickness: 40 µm
  • Before: Ra 7,2 µm
  • After: Ra 0,16 µm

Demo part

  • Material: Cobalt Chrome
  • Layer thickness: 50 µm
  • Machine: DLyte100l+Cs
  • Electrolyte: CoCr 01 + CoCr 02
  • Processing time: 5 h
  • Ra before: 9.4 µm
  • Ra after: 1.1 µm

Watch case

  • Material: Titan
  • Layer thickness: 40 µm
  • Machine: DLyte10l+Ti
  • Electrolyte: Ti 01
  • Processing time: 6 h
  • Ra before: 10.3 µm
  • Ra after: 0.9 µm

CNC part

  • Material: 316L
  • Layer thickness: conventionally produced
  • Machine: DLyte100l
  • Electrolyte: SS01 + SS02
  • Processing time: 4 h
  • Ra before: 4.2 µm
  • Ra after: 0.06 µm