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Our solutions make it possible to quickly produce parts with high mechanical strength or to add a layer with a high degree of wear resistance by combining different materials
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Aeronautics & Space—Repair, Manufacture, or Harden Using DED Laser Technology

Turbine discs with a functional gradient

Turbine discs with a functional gradient

Fatigue resistance in the hub, creep resistance in the rim: Sotimeco can use DED Laser technology to process turbine discs with a gradient composition, a strategic area of R&D.
Titanium housings and structures

Titanium housings and structures

Reducing the amount of material purchased for large titanium housings: that’s what Sotimeco’s quasi-net-shape DED Laser deposition process achieves when applied to forged blanks.
Repair of Superalloy Turbine Blades

Repair of Superalloy Turbine Blades

A turbine blade with damage to the leading edge cannot always be replaced: Sotimeco can repair it using DED laser technology, with localized deposition that avoids the need to remelt the entire part.
Multi-material combustion chambers and nozzles

Multi-material combustion chambers and nozzles

Multi-material combustion chambers and nozzles (copper-nickel, superalloys): Sotimeco can manufacture and repair them using DED Laser technology, including for rocket engines.
Structural landing gear components

Structural landing gear components

Bosses, flanges, and reinforcements: Sotimeco can add them using DED Laser technology directly to an already forged landing gear component, without having to start from scratch.