Additive Manufacturing

    • medium to large components
    • very high deposition rates
    • vacuum maximizes density and material consistency
    • low resolution
    • parts require heat treatment
    • near net shape requires machining
    • suitable for refractory metals
  • evobeam-eb-laser-elektronenstrahl-laser-auftragsschweißen
  • evobeam-sciaky-ng1
  • evobeam-propulsion-tank

    • small to medium sized components
    • low deposition rates
    • very high resolution
    • vacuum maximizes density and material consistency
    • deposition in a vacuum furnace (up to 1100°C) minimizes residual stresses
    • heat treatment not necessary
    • Net shape with high quality surface
    • suitable for refractory metals
  • evobeam-boxen-hochtemperatur

    • Pressing of plane surfaces under high vacuum at 60% to 90% of the lowest melting temperature of the material composite
    • Heating by heat radiation or faster by the electron beam.
    • Atoms change the places at the interfaces
    • Layer additive manufacturing of prepared sheets that form hollow structures such as cooling channels
    • Bonding of metallic materials (eg, tool steels) and non-metallic materials that are not weldable by fusion