ULTRA-LARGE FORMAT LASER DED PLATFORM

FOR POWDER & WIRE DEPOSITION

The planet’s largest argon atmosphere Laser DED system capable of 3D Printing ultra-large, high-performance Metal components for the world’s most demanding industries.

MEET THE FLAGSHIP LASER DED MACHINE

BIGGER IS BETTER!

//// MEET THE FLAGSHIP

XXL series laser ded machine

The world’s most capable commercial Laser-DED system. Engineered for parts that simply cannot be produced any other way — at any scale.

KEY FEATURES

2000×2000×2500 mm

Massive
Build Envelope

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

WIRE & POWDER

Flexible
Dual-Mode Deposition

Supports both powder-fed and wire-fed laser deposition — enabling high-resolution builds, ultra-high deposition rates, and flexible material strategies within a single system. Integrated BEAM SWITCH offering instant changeover.

10 PPM O₂

Inert
Controlled Atmosphere

Fully enclosed argon chamber architecture designed for reactive and aerospace-grade alloys including titanium, Inconel, tantalum, and refractory materials.

INTELLIGENT
3D PRINTING

AI / ML Based Process
Development & Control

Integrated monitoring suite with HDR melt-pool imaging, pyrometer feedback, and live process diagnostics for stable deposition and repeatable metallurgical quality. Machine Learning Software & Process Library for rapid prototype development.

8 AXIS
PLATFORM

Simultaneous 5 Axis
Motion Control

True simultaneous multi-axis pathing enables complex freeform geometries, internal features, and non-planar deposition with improved surface continuity and reduced support dependency.

6 kW LASER WITH BEAM SWITCHING

High
Deposition Rates

High-power fiber laser architecture combined with optimized material delivery systems delivers rapid deposition rates for large-part manufacturing and heavy-industry applications.

/// Target Markets

Built for the World's MOST DEMANDING APPLICATIONS

Space-Tech

Rocket nozzles, guidance fins, propellant tanks, and structural components in titanium and refractory alloys — printed on-demand.

Aviation

Turbine blades, blisks, and engine components in Inconel and titanium — with 50–70% shorter lead times than conventional manufacturing.

Defence

Mission-critical structural parts with on-demand production capability — no advance batch ordering, no supply chain dependency.

Oil & Gas

Large bore cladding of shafts, seals, and housings with wear and corrosion-resistant super-alloy coatings extending operational life.

Marine

Propeller hubs, shaft journals, and large structural marine components — corrosion-resistant cladding and additive repair.

Mining

Wear-resistant surface engineering and fabrication of large wear parts — reducing replacement frequency and total cost of ownership.

R&D

Full-capability R&D platform for materials science, process development, and advanced manufacturing research programs.

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/// Processable Alloys

Advanced Metal Alloy

Any metal AM alloy available in powder or wire form can be processed — primary focus on titanium, nickel, and refractory alloys for the most demanding applications.

Deposition Mode	Application	Rate
Powder — Freeform Fabrication	3D printing	Up to 1 kg/hr
Powder — Layer Cladding	Surface engineering	Up to 3 kg/hr
Wire — Freeform Fabrication	High-rate deposition	Up to 4 kg/hr

ULTRA-LARGE FORMAT LASER DED PLATFORM​