Engineered laser overlays that rebuild, protect, and upgrade critical surfaces.
Laser fusion cladding deposits wear- and corrosion-resistant alloys onto worn shafts, rolls, pump components, valves, and tooling—restoring original dimensions while increasing surface performance. Precise control of heat input and dilution minimizes distortion, delivers smooth near-net-shape overlays, and extends component life at a fraction of full replacement cost.
Wire-arc metal additive manufacturing for large, complex industrial components.
Wire-arc additive manufacturing (WAAM), supported by laser technology, builds near-net-shape parts, feature build-ups, and tool-and-die restorations directly from wire feedstock. Reduce material waste and machining time, support large-format components, and enable faster production of critical spares and design upgrades.
Fiber-laser and robotic cells for precise, repeatable weld quality.
High-precision laser welding systems deliver low-distortion joints, localized hardening, and integrated cleaning and etching—ideal for automated production cells requiring consistent results and seamless integration with existing automation.
Laser hardening, cleaning, etching, and 3D scanning for engineered surfaces.
High-precision laser services harden critical surfaces, remove coatings, engrave traceability data, and generate accurate 3D scans for reverse-engineering, digital twins, and localized surface upgrades.