If you are sourcing a WAAM supplier for parts, a full production system, or both, this page covers what MX3D delivers, the industries we serve, typical lead times, and how to get a quote.
Since 2014, MX3D has operated as a full-service WAAM manufacturer, delivering thousands of kilograms of certified metal parts and turnkey robotic systems. Our track record includes flagship structural components like the Framatome impeller, demonstrating our capacity to execute complex, mission-critical projects.
What MX3D Supplies
We structure our offerings into two distinct branches to support your manufacturing maturity, both backed up by our proprietary WAAM software, MetalXL:
WAAM Parts: Print on Demand
We manufacture custom metal parts up to 20.000kg and ranging from 300mm to a maximum build envelope of 6+ meters, with part lengths scaling up to 10 meters in height, depending on the amount of space a facility has. At our warehouse, we can print parts up to 6 meters in height.. Our material portfolio includes alloys such as carbon steel, stainless steel, duplex, super duplex, Inconel, aluminum, bronze, and many more, which are being tested and added to our material library. Explore our full WAAM materials and certification on our page to start your printing projects.
Moreover, we possess certifications and meet high Industry Standards, which are applied to any project and printed parts; in particular, we are ISO 9001 certified and work frequently with ASME, DNV, Lloyd’s Register, API 20S, and Bureau Veritas standards. The typical workflow includes an RFQ, design review, quote, production, qualification, and delivery.
WAAM Metal AM Systems (MX3D M1 / MX Systems)
For organizations bringing additive capabilities in-house, we deliver our full production cells, namely M1 and MX System. These systems include the robotic hardware, proprietary MetalXL WAAM Software, comprehensive operator training, and ongoing support. MetalXL is hardware-agnostic, supporting major robotic architectures like ABB and Kuka. This is the perfect solution for large manufacturers building dedicated, in-house WAAM capacity. Discover more on our official Metal AM Metal AM systems page.
MetalXL WAAM Software
At the core of our turnkey Metal AM M1 and MX systems is MetalXL WAAM software, our proprietary, end-to-end WAAM software suite that eliminates the need for a fragmented mix of general-purpose CAD, standard CAM, and external monitoring tools. The platform is structured around three seamlessly integrated modules to manage the entire digital manufacturing environment.
First, MetalXL CAM provides intelligent path planning, offering built-in feasibility checks and a comprehensive library of printing strategies for various metal alloys. Second, MetalXL Live delivers dynamic process control and real-time monitoring directly from the torch. By continuously reading thermal and scalar sensor data, this module autonomously manages critical parameters, such as interpass cooling times, and instantly pauses the print if it detects unexpected deviations.
Lastly, MetalXL Viz handles rigorous post-print analytics by generating a high-resolution 3D visual representation of the logged data. This capability allows engineers to pinpoint specific welding parameters at exact coordinates, enabling precise defect detection and streamlined industrial certification.
Industries and Project Examples
We do not just service different industries; we actively deliver certified parts to them. We supply propellers, rudder parts, and on-demand spares to mitigate supply chain delays. We have delivered functional bronze propellers and aluminum bulb keels. Learn more about it on our page.
Energy (oil, gas, nuclear): We print pressure components, valves, and large impellers. A benchmark example is our partnership with Framatome to produce a certified WAAM impeller for nuclear applications.
Defense: We enable localized production for critical structural brackets and high-performance parts. Read more about our production for this sector on our dedicated page.
Architecture and construction: We fabricate structural nodes, facade elements, and bridges. MX3D’s signature works include the 3D-printed steel bridge in Amsterdam and optimized Takenaka steel connectors. See our work on the dedicated page.
Industrial equipment and tooling, automotive: We produce heavy-duty replacement parts, reverse-engineering applications, and parts printing for automotive, for legacy equipment that lacks available molds.
Applications: a quick overview
MX3D supports certified applications across industries where large metal components, shorter supply chains, design freedom, and lower material waste create strategic value. Typical applications include:
- Pressure components and impellers for energy
- Propellers, rudder components, and spare parts for maritime
- Structural brackets and titanium applications for defense
- Structural nodes, connectors, and facade elements for architecture and construction
- Legacy replacement parts and heavy-duty tooling for industrial equipment
Capabilities and Specifications
MX3D combines industrial-scale WAAM production capacity with proprietary software and process control to deliver reliable metal additive manufacturing for demanding applications. Our capabilities span large-format part production, certified material workflows, real-time process monitoring, and turnkey robotic systems, giving customers a clear path from prototype and qualification to repeatable industrial deployment.
Production Capabilities
MX3D manufactures custom metal parts from 300 mm up to large-format components within a maximum build envelope of 6+meters, with part weights scaling up to 20,000 kg depending on geometry, material, and handling requirements. For organizations building in-house production capability, MX3D also delivers complete WAAM systems, including robotic hardware, positioners, welding equipment, software, training, and commissioning support.
Materials
MX3D works with a broad and growing portfolio of industrial alloys, including:
Carbon steel, Stainless steel, Duplex stainless steel, Inconel, Aluminum, and Bronze. Additional materials can be evaluated based on project requirements, qualification pathway, and application demands.
Software and Process Control
MetalXL, our proprietary end-to-end WAAM software suite, powers all MX3D production workflows. MetalXL supports:
Intelligent path planning with feasibility checks and alloy-specific print strategies
Real-time monitoring and process control through sensor-driven parameter management
Automated interpass temperature control and print interruption in case of unexpected deviations
Post-print data visualization and analytics for defect tracing, process validation, and certification support
MetalXL is designed to be hardware-agnostic, supporting major robotic architectures such as ABB and KUKA, which gives manufacturers flexibility when integrating WAAM into existing production environments.
Quality and Certification
MX3D operates under ISO 9001 certification and supports projects in highly regulated industries. Depending on the application, workflows can be aligned with standards and requirements, including ASME, DNV, Lloyd’s Register, API 20S, Bureau Veritas, and more. Our qualification approach can include design review, process definition, documentation, inspection planning, and support for application-specific certification pathways.
Typical Workflow
- For print-on-demand parts, the standard process includes:
- RFQ submission
- Design and feasibility review
- Quotation and project definition
- Production and in-process control
- Qualification and delivery
For turnkey systems, the workflow includes needs assessment, system configuration, quotation, delivery, integration, operator training, and go-live support.
Metal AM System Specifications
MX3D delivers two primary Metal AM system pathways:
- M1 for standardized industrial WAAM deployment
- MX Systems for customized, large-scale, or application-specific production setups
A standard M1 configuration offers a build envelope of approximately 2200 mm (W) x 1400 mm (D) x 1700 mm (H). Customized MX System configurations can be tailored for larger work envelopes, higher payloads, and additional equipment such as:
- 3D scanners
- Heat treatment
- Thermal cameras
- Weldpool camera
- Active cooling systems
- Application-specific safety enclosures
- On-prem slicing server
- Added multi-robot
Delivery and Support
MX3D supports customers from initial feasibility through production ramp-up. Depending on the project, deliverables may include part production, qualification support, software implementation, operator training, commissioning, and ongoing technical support for in-house WAAM operations.
Note on final project Specifications
Final capabilities, dimensions, material selections, qualification routes, and delivery scope may vary depending on the application, part geometry, certification requirements, and selected system configuration. For project-specific specifications, customers are encouraged to submit an RFQ or contact the MX3D team directly.
Why choose MX3D as your WAAM Supplier
Proven track record: We have successfully delivered functional, industrial-grade projects across various industries since 2014.
Hardware-agnostic software: MetalXL runs on major robot brands, ensuring you are not locked into one hardware supplier when scaling operations.
Regulatory compliance: We hold and support strict certifications for regulated industries, including DNV, Lloyd’s, and API 20S.
In-house process control: We ensure metallurgical quality through real-time temperature monitoring and control via MetalXL Live.
One partner for parts and systems: Start with our on-demand parts service to validate the technology, then transition to purchasing a full in-house system when volumes justify the capital expenditure.
How to Work With MX3D
For print on demand project request
Send an RFQ (Request for Quote). Provide your CAD file or part description and details such as the quantity, optional material requirements (preferred material), specify your budget, and delivery timeline.
Design and feasibility review. Our engineering team reviews the manufacturability, proposes design optimizations, and confirms the material and certification pathway.
Quote and contract. We provide a fixed-price quote detailing the delivery date and acceptance criteria.
Production and delivery. For parts, we print, post-process, qualify, and ship. For systems, we deliver the machine alongside complete operator training and go-live support.
For M1 and/or MX System purchase request
Submit a Request for Quote (RFQ) / Contact Sales. The process begins by contacting the sales team and submitting an RFQ detailing your specific manufacturing needs and application requirements.
Needs Assessment and Tailoring. Our engineering team will review your requirements to determine the best configuration. The M1 and MX systems are sold as complete, turnkey packages that include the industrial robot, positioner, welding power source, MetalXL software workflow, and safety enclosures. During this stage, the entire setup and any necessary add-ons (such as 3D scanners, active cooling, or thermal cameras) are tailored specifically to your company’s project requirements.
Quote Generation and Contract. Once the system specifications are finalized, we provide a comprehensive, fixed-price quote and contract. Because the systems are customized packages, the final quoted value will reflect the specific included elements, the quantity of systems ordered, and logistical factors such as the destination country and transport distance.
Delivery, Training, and Go-Live. After the contract is signed and production is ready, we deliver the full WAAM machine to your facility. For M1 and MX systems, this delivery phase includes full integration and commissioning services, alongside comprehensive operator and engineer training and go-live support to ensure your in-house production cell is fully operational.
FAQ
Who supplies WAAM parts?
MX3D differentiates itself in the market through its scale capabilities with parts up to 6m+, its advanced proprietary MetalXL WAAM software with possible add-ons, and its deep portfolio of industry certifications.
What is the lead time for a WAAM part?
Standard lead times range from 2 to 4 weeks. However, highly complex geometries or rigorous third-party certification requirements will dictate the final timeline.
What is the minimum or maximum part size MX3D supplies?
We print parts starting at 300mm, scaling up to lengths of 6m+. Our standard M1 system offers a build envelope of 2200mm (W) x 1400mm (D) x 1700mm (H), while custom MX configurations handle 20+ tonne payloads.
Can MX3D deliver certified WAAM parts for regulated industries?
Yes. We are ISO 9001 certified and actively deliver components compliant with ASME, DNV, Lloyd’s Register, API 20S, and Bureau Veritas standards for the energy, maritime, and aerospace sectors.
