Flexible Production On-Demand
Tailor part production in days, not months, perfect for prototyping, tooling, and custom parts.
Redesign Freedom & Optimization
Embrace topology optimized design, consolidate assemblies, and reduce costs due to weight and material reduction.
Digital Inventory, Lower Costs
Eliminate stockpiles, print only what you need, when you need it, with full traceability.
Empower your operations with fast, flexible, certified metal printing.
MX3D’s WAAM technology combines robotic precision, in-house MetalXL software, and full production integration. This enables manufacturing firms to bring large, complex metal components in-house with speed, sustainability, and unmatched quality, thanks also to our M1 and MX Metal AM systems.
Cases
Since 2014, our welding engineers and industry partners have successfully proven the fit of this technology for the Energy, Molding, Milling, and Heavy industries using API20S, PED, or DNV-ST-B203.
Certification & Quality Assurance
MX3D ensures industrial-grade parts with robust certification and validation:
Standards Achieved
- ISO 9001
- PED, ASME, API20S, DNV-ST-B203, Guidance Notes on AM by TWI and Lloyds Register
- Mechanical properties better than casting and rivalling forged parts
- Compliance with industry-specific QC and traceability
Why MX3D Stands Apart
Cutting-edge robotic systems, proprietary MetalXL control, certified in-house production.
High deposition rates, minimized waste, and shorter supply chains.
Trusted partner for sectors like energy, maritime, and heavy manufacturing.
Ready to Transform Your Manufacturing?
Bring innovative metal printing into your factory — faster, cleaner, more agile.
Frequently Asked Questions
How does WAAM fit into an existing manufacturing workflow?
WAAM integrates seamlessly alongside traditional CNC machining and standard robotic welding. By printing components to a near-net-shape, manufacturers can rapidly build the bulk of the part and then finish functional surfaces conventionally. Learn about WAAM machine pricing →
Is WAAM cost-effective compared with CNC machining from billet?
Absolutely. Because WAAM is an additive near-net-shape process, it completely avoids the 60 to 80% material waste associated with subtractively milling complex parts from solid billets. This makes it highly cost-effective, particularly when working with expensive alloys like duplex and Inconel. Explore the pros and cons of WAAM →
Can WAAM be used for plant spare parts and obsolescence management?
Yes, WAAM is an ideal solution for plant spare parts and managing component obsolescence. It allows facilities to shift toward a digital inventory, securely storing CAD files instead of maintaining expensive physical stock on warehouse shelves. Explore print-on-demand services →
Which heavy-industry components are commonly printed with WAAM?
WAAM is routinely used to manufacture massive, low-volume industrial components. The most commonly printed heavy-industry parts include press dies, valve bodies, pump housings, crane hooks, and robust machine frames. View our manufacturing cases →
Can WAAM integrate with existing robotic welding equipment?
Yes, heavy manufacturing facilities can leverage their existing hardware. By implementing MX3D’s MetalXL software, a standard industrial welding robot can be fully transformed into an intelligent, closed-loop WAAM production system. Discover MetalXL WAAM software →
