The planet’s largest Cladding system capable of Repair & Refurbishing ultra-large, high-performance Metal components for the world’s most demanding industries.
The world’s most capable commercial Cladding system. Engineered for parts that simply cannot be produced any other way — at any scale.

Wire Deposition Head
Powder Deposition Head
Console Unit inclusive of Laser Generator & Argon Purification system
Machine Structure
2 axis Positioner
HMI

Large-format cladding platform engineered for manufacturing, repair, and hybrid fabrication of oversized high-value metal components with exceptional geometric freedom.

Supports both powder-fed and wire-fed deposition — enabling high-resolution clads, ultra-high deposition rates, and flexible material strategies within a single system.

Multi-axis pathing enables complex freeform geometries, internal features, and non-planar deposition with improved surface continuity and reduced support dependency.
Rocket nozzles, guidance fins, propellant tanks, and structural components in titanium and refractory alloys — printed on-demand.
Turbine blades, blisks, and engine components in Inconel — with 50–70% shorter lead times than conventional manufacturing.
Large bore cladding of shafts, seals, and housings with wear and corrosion-resistant super-alloy coatings extending operational life.
Propeller hubs, shaft journals, and large structural marine components — corrosion-resistant cladding and repair.
Wear-resistant surface engineering and fabrication of large wear parts — reducing replacement frequency and total cost of ownership.
Full-capability R&D platform for materials science, process development, and advanced manufacturing research programs.
Any metal AM alloy available in powder or wire form can be processed — primary focus on nickel, and refractory alloys for the most demanding applications.

| Deposition Mode | Application | Rate |
|---|---|---|
| Powder — Layer Cladding | Surface engineering | Up to 3 kg/hr |
| Wire — Freeform Fabrication | High-rate deposition | Up to 4 kg/hr |