Desktop Metal

We’ve packaged binder jetting, the most promising 3D printing technology for speed and mass production, in an easy-to-use solution to fit seamlessly into your workflow. The Shop System™ is an ideal tool for anybody who wants to produce metal products quickly with an outstanding surface finish and resolution at scale. Download the brochure to learn more about the Shop System. https://hubs.li/Q03bY_KJ0

Thanks to #AdditiveMarking for the great collaboration! Recent tests at Desktop Metal’s Binder Jetting Center of Competence in Gersthofen, Germany (#ExOne) using a #DesktopMetal #InnoventX printer with a 10pl print head, Aquafuse Binder, and Standard 316L powder show how small Metal Binder Jetting (MBJ) can print readable Data Matrix Codes (DMCs).     Test Results (12×12 dots, 10 numerical characters):  • 2.84mm DMC – Readable from 0.8m  • 4.26mm DMC – Readable from 1.0m  • 5.68mm DMC – Readable from 1.2m  With these results, the InnoventX + 10pl print head meets GS1 GenSpecs for direct marking of small medical and surgical instruments, which require a max 5.94 mm² marking.  What’s next?  We’re expanding our tests to:  • Other materials like 17-4PH  • Exploring other InnoventX print heads  • Evaluating larger X-Series platforms  Exciting times ahead for Metal Binder Jetting & Traceability in Additive Manufacturing! Stay tuned for more updates. Want to learn more about the InnoventX system? 👉 Download the brochure here!  https://lnkd.in/geHVz26z

At the heart of many of Desktop Metal’s machines, including the Shop System, is binder jetting, a technology that enables additive manufacturing to compete with traditional mass production methods by delivering a host of benefits- chief among them, speed. Learn more about the benefits of this area-wide 3D printing technology in our article, “Why Binder Jetting?” https://hubs.li/Q03bZ2tk0

Webinar: How Combining Metal Binder Jetting & CNC Machining is Reshaping Industrial Production 📅 April 10th, 2025 🕚 | 10 am EDT | 4 pm CEST, 💻 Zoom Did you know: Hybrid manufacturing opens the door to time and cost and achieves precision and production efficiency by combining metal binder jetting and traditional CNC machining. Together with AIDRO hydraulics & 3D printing and SolidCAM Additive we will explain the fundamentals of hybrid production and present first-hand user experiences in our upcoming webinar. Register now for this educational session: https://bit.ly/4kNx0Jp In the meantime, you can read our case study with @BAK Kohler to gain insights into how the German manufacturer is using hybrid production to revolutionize the production of surgical instruments for large animals using binder jetting on the Desktop Metal Shop System combined with CNC machining. https://bit.ly/4hqlVLn #AdditiveManufacturing #MetalBinderJetting #CNCMachining #HybridProduction

What makes the InnoventX so popular? ✔️ Easy-use with precision output ✔️Flexibility to process 35+ powders (and counting...) ✔️Trusted globally on the market for almost a decade Learn more about what makes this compact, flexible platform the most researched binder jetting system out there. https://bit.ly/41Im6vH

Eliminating the hard tooling of traditional manufacturing methods allows Canopy Aerospace to build once-geometrically-impossible or economically impractical parts, as well as the flexibility to easily switch between or co-manufacture designs. Read the full story to learn more about the company's innovations in 3D printing technical ceramics with binder jetting. https://hubs.li/Q037LwYM0

The thin features of this VVT gear would be challenging to machine or would require complex and expensive metal injection mold tooling. 3D printed on the Shop System with Desktop Metal binder jetting technology, this gear was produced without tooling, delivering faster lead times and cost reductions. Read the third part of our design for additive manufacturing series to learn how DfAM principles can be applied to help eliminate the need to for hard tooling with additive processes. https://hubs.li/Q037LP0r0

Red Deer Polytechnic invests in advanced manufacturing technologies to meet the needs of regional businesses. Students, staff, and faculty work together on innovative development projects using both binder jetting and ETEC digital light processing technologies. Learn more in this case study https://hubs.li/Q037MRmW0 #education #additive #stemeducation #3dprinting #additivemanufacturing #polymer3dprinting #binderjetting

Easy-to-use metal 3D printing? The Studio System is an easy-entry system that makes it possible for machine shops, MIM houses, service bureaus, and educational institutions to quickly get started printing metal into tooling, jigs, fixtures, prototypes, and batch production. Looking for metal 3D printing that is safe and easy? Look no further than the Studio System! Learn more about the user-friendly process to bring metal 3D printing in house: https://hubs.li/Q037MmvQ0

Can I 3D print metal without loose powder? Can I 3D print different materials on one machine? Is it safe? How much control do I have over the process? Learn all this and more in our on-demand webinar diving into additive solutions for universities and research institutions. Watch now to learn more https://hubs.li/Q037LMss0