Wat zijn de openingstijden?

Maandag 09:00 - 17:30 Dinsdag 09:00 - 17:30 Woensdag 09:00 - 17:30 Donderdag 09:00 - 17:30 Vrijdag 09:00 - 17:30 Zaterdag 09:00 - 17:30 Zondag 09:00 - 17:30

MX3D

MX3D creates an innovative metal 3D printing technology with a high deposition rate, 6-axis of freed

3D printing a stainless steel bridge with our robots; to appear in Amsterdam in 2017

20/08/2026

At MX3D, ensuring a secure working environment is fundamental to our daily operations.

We are ISO 9001 certified. This globally recognized certification guarantees that every phase of our workflow meets the highest standards for quality assurance.

Our robotic Wire Arc Additive Manufacturing (WAAM) cells are designed and operated in strict compliance with international industrial safety regulations. We enforce rigorous safety protocols across our entire facility, which includes the integration of advanced per-cell fume extraction systems, specialized robotic enclosures, and the mandatory use of certified personal protective equipment.

When you partner with us, you are collaborating with a facility that prioritizes both human safety and manufacturing excellence.

18/08/2026

How do you print a highly customized, stainless steel pressure vessel in 47 hours?

Swipe through the images to see how robotic Wire Arc Additive Manufacturing ( ) is eliminating the extensive lead times and heavy material waste.

MX3D engineering team printed this ER316L stainless steel pressure vessel. The true power of this technology lies in its geometric flexibility. Instead of relying on multi-step fabrication or restrictive molds, we seamlessly integrated specialized features, such as stub pipes and custom connections, directly into the continuous print.

Engineered to comply with rigorous standards, this project proves that heavy-duty, certified fluid and gas pressure components can be produced entirely on-demand in a matter of days.

Explore the full technical breakdown and project specifications on our website (Link in Bio).

13/08/2026

The heavy manufacturing sector relies on speed, resilience, and operational efficiency. .official provides you with them all.

When you aim to reduce the lead times or high costs for custom components, our robotic Wire Arc Additive Manufacturing (WAAM) technology provides a scalable, digital alternative.

Ready to optimize your production line with large-scale metal 3D printing? Reach out to our engineering team today to discuss your component specifications and needs and get a custom quote for your next manufacturing project.

You can find some examples of what we have done for this industry on our dedicated page: https://mx3d.com/industries/manufacturing/

11/08/2026

A successful print is just the beginning of the manufacturing cycle.

To ensure that our large-scale metal 3D-printed components can withstand the high demands of heavy industry, we subject all deposited materials to strict mechanical validation.

We rely on rigorous destructive testing, including comprehensive tensile and bend tests, to guarantee that every part meets uncompromising industrial certification standards. These procedures are critical for validating the yield strength, ultimate tensile strength, and ductility of the deposited alloys across different print orientations.

By continuously analyzing these mechanical properties, we ensure our components deliver the exact performance and resilience required for heavy-duty applications in many industries such as the maritime, energy, and industrial manufacturing sectors.

06/08/2026

The MX3D WAAM Guide covers everything you need to know about Wire Arc Additive Manufacturing technology.

Our comprehensive guide breaks down the process from start to finish. It details the essential robotic hardware and software, explores compatible materials ranging from standard stainless steels to specialized aluminum or bronze alloys, and outlines various post-processing methods to achieve your required surface finish.

Whether you are looking for more information or actively planning to design a heavy-duty industrial part, this guide equips you with the technical knowledge of how MX3D implements large-scale metal AM.

Read the full guide on our website (Link in Bio)

04/08/2026

When manufacturing large metal components, high-precision 3D scanning is how we guarantee the print dimensions are correct, as with robotic Wire Arc Additive Manufacturing (WAAM), quality control goes far beyond the deposition process.

At MX3D, advanced 3D scanning plays a critical role throughout our end-to-end workflow, validating and scanning the near-net-shape geometries from original CAD models to ensure seamless results.

Whether we are verifying tight tolerances, inspecting complex geometries, or reverse-engineering parts for repair, integrating the 3D scanning feature ensures every printed component meets strict industrial shape standards before deployment.

Find out more about how we do it on our technology dedicated page (Link in Bio).

30/07/2026

A successful print is just the beginning of the manufacturing cycle.

To ensure that our large-scale metal 3D printed components can withstand the high demands of heavy industry, we subject all deposited materials to strict mechanical validation.

We rely on rigorous destructive testing, including comprehensive tensile and bend tests, to guarantee that every part meets uncompromising industrial certification standards. These procedures are critical for validating the yield strength, ultimate tensile strength, and ductility of the deposited alloys across different print orientations.

By continuously analyzing these mechanical properties, we ensure our components deliver the exact performance and resilience required for heavy-duty applications in many industries such as the maritime, energy, and industrial manufacturing sectors.

28/07/2026

Architecture and construction rely on innovative geometries, structural resilience, and optimized material usage. We provide you with them all.

When conventional steel fabrication restricts complex designs or results in excessive material waste, robotic Wire Arc Additive Manufacturing ( ) delivers a scalable, digital solution for customized infrastructure, bespoke facades, and optimized structural nodes.

Ready to push the boundaries of architectural design with large-scale metal 3D printing? Contact our engineering team today to discuss your structural specifications and get a custom quote for your next construction project (Link in Bio).

23/07/2026

Watch our robotic Metal AM System continuously deposit material to build this Propeller.

This demonstrates how large-scale metal 3D printing is actively transforming the maritime and naval supply chain: engineers can produce highly complex, heavy-duty spare parts entirely on demand.

From custom propellers to structural ship components, our robotic (Wire Arc Additive Manufacturing) technology delivers the precise geometry, mechanical strength, and resistance required to face the most difficult work environments.

Explore more about maritime and naval cases and start your new application (Link in Bio).

Shipbuilding AdvancedManufacturing HeavyIndustry MarineEngineering SupplyChain arcded ded metalwork MetalXL metalamsystem

21/07/2026

Ensuring that our technology performs flawlessly on an industrial production floor is where our Commissioning Team takes the lead.

Whenever a new MX3D M1 or MX Metal AM System leaves our headquarters, the commissioning team prepares everything needed for the shipment. Then it travels directly to the partner’s facility, where they manage the entire installation process to launch our fully integrated robotic 3D metal printing solutions on-site. They guarantee that every new System is optimized and ready to produce large structural metal components immediately.

The team is committed to continuously bringing our robotic (Wire Arc Additive Manufacturing) technology to several sectors worldwide and expanding the possibilities for the industries.

Visit our website to learn more and get a quote about our turnkey M1/MX Metal AM Systems to upgrade your manufacturing capabilities (Link in Bio).

Adres

Dynamostraat 46
Amsterdam
1014BK

Openingstijden

Maandag	09:00 - 17:30
Dinsdag	09:00 - 17:30
Woensdag	09:00 - 17:30
Donderdag	09:00 - 17:30
Vrijdag	09:00 - 17:30
Zaterdag	09:00 - 17:30
Zondag	09:00 - 17:30

Website

http://mx3d.com/, https://mx3d-artlab.com/

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