Direct Energy Deposition
Direct Energy Deposition technology
Repair, coat and add with the power of laser.
The Directed Energy Deposition process, also known as Laser Metal Deposition or Laser Cladding, uses focused thermal energy, generated by a fiber laser source, to melt metal powder sprinkled where the material is to be deposited.
In this way, the laser melts the powder, which is deposited on the component only where it is needed.
The laser is coaxial to the deposition head, which moves along 3 or 5 axes simultaneously. A rotary table can also be installed to keep the melt pool horizontal.
With Direct Energy Deposition technology you can:
Produce large components
Build components from scratch in a workspace of up to 2032 x 1016 x 1829 mm
Repair or add parts to existing components
Extend the life cycle of your high value-added structural parts
Coat metal components
High-speed coating and cladding to reduce wear on brake discs and other critical components
Our solutions with DED technology
Direct Energy Deposition
IANUS Cell
Direct Energy Deposition technology
A multiprocess system based on a robotic arm for maximum flexibility.
Direct Energy Deposition
Rapid Coating Cell
Direct Energy Deposition technology
Efficient, sustainable high-speed laser cladding for brake discs at any production level.
Direct Energy Deposition
LASERDYNE® 811
Direct Energy Deposition technology
The fastest solution for 3D manufacturing, repairs and coating with quality and precision.
Direct Energy Deposition
LASERDYNE® 795
Direct Energy Deposition technology
The medium scale, multi-axis deposition machine for 3D fabrication, repairing, cladding, and coating.
Direct Energy Deposition
DED kit
Direct Energy Deposition Technology