WAAM Solutions
For Automotive
24/7 Production Reliability
Always operational — ensuring parts are available when critical.
Certified Industrial Quality
ISO 9001, API, ASME, DNV–compliant manufacturing for mission-critical parts.
Large-Scale Capability
Handle multi-meter metal parts, reducing joints and logistics complications.
Drive innovation with fast, efficient, in-house metal printing for automotive applications.
MX3D empowers manufacturers with certified, large-scale WAAM systems that deliver complex, high-performance components on demand.
Suspension Strut Support System
In collaboration with MX3D, BMW manufactured a suspension strut support system in a single print run. The result: faster turnaround, stronger geometry, and a leaner supply chain. This case proved how WAAM can deliver high-performance parts that meet strict OEM requirements while reducing complexity and waste.
Heavy-Duty Wheel Bracket
MX3D’s WAAM-produced wheel bracket highlights the efficiency and strength of large-scale robotic metal printing. Manufactured with less material and time compared to conventional methods, it achieves the same structural performance while reducing costs and waste. This demonstrates the clear advantage of WAAM for critical automotive parts.
- Optimized Design: Printed in one piece with integrated reinforcements.
- Material Efficient & High Performance: Less waste, same strength.
- Production Ready: Suitable for limited runs, emergency spares, and R&D validation.
Certification & Quality
We manufacture according to the highest automotive industry standards with partners you trust:
Standards Achieved
- ISO 9001
- Full mechanical property validation — on par with forged or cast parts
- OEM requirements for traceability and production consistency
Why Automotive Companies Choose MX3D
High-performance parts in days, not weeks — ideal for fit validation and streamlining turnaround times.
Local, on-demand printing reduces dependency on tooling, shipping, and legacy inventory.
Design optimization without complexity — enabled by WAAM, this system is lean, precise, and fully certified.
Ready to Upgrade Your Metal Supply Chain?
Transform how you develop, qualify, and manufacture automotive components — with speed, precision, and authority.
Frequently Asked Questions
How does WAAM accelerate automotive R&D and prototyping?
WAAM drastically accelerates automotive R&D by slashing prototype cycles from several months down to mere days. Because the additive process requires absolutely no pattern-making, engineers can rapidly iterate and test large structural components without massive upfront tooling investments. Compare WAAM vs. casting and forging →
Which materials are used for automotive WAAM applications?
Automotive WAAM applications typically utilize robust materials tailored for high-stress environments. Common choices include high-strength tool steels, stainless steel, and nickel-aluminium bronze, which is especially useful for high-friction wear parts. View the full list of compatible WAAM materials →
Which automotive parts are best suited to WAAM?
WAAM is highly suited for producing custom or low-volume automotive components such as press dies, jigs, and EV housings. It is also an excellent solution for manufacturing motorsport one-offs and rare restoration parts. Explore our automotive use cases →
Is WAAM suitable for motorsport and performance vehicle production?
Yes, WAAM is ideal for the fast-paced demands of motorsport and performance vehicle production. By eliminating casting pattern costs, teams can achieve rapid, race-week turnarounds for critical custom components. Discover our print-on-demand services →
Can WAAM replace obsolete or out-of-production automotive parts?
Absolutely. By starting with a simple CAD file or 2D drawing, or by having us 3d scan the part, WAAM can seamlessly reprint obsolete automotive parts in their original alloy. The near-net-shape print can then receive a precise CNC finish to match the exact specifications of the original component. Learn more about our print-on-demand capabilities →
