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Nickel superalloy—repair, manufacture, or harden using DED laser technology

Gas and steam turbine blades

Gas and steam turbine blades

Leading-edge erosion, tip wear: Sotimeco can use DED laser cladding to rebuild gas and steam turbine blades made of nickel-based superalloys.
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.
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.
Seawater valve bodies and pumps

Seawater valve bodies and pumps

A standard steel valve body can be coated with Inconel or duplex steel in applications where it is exposed to seawater: this is the principle behind Sotimeco’s DED Laser process.
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.
Marine Gas Turbines

Marine Gas Turbines

Derived from aircraft engines, marine gas turbines can also be repaired using DED Laser technology at Sotimeco, which serves as a technological bridge between the two sectors.