Desktop Metal

Bryan Wisk, CEO of Arc Public Benefit Corp., explains why his company has confidence in the future of Desktop Metal: hubs.li/Q03JyPcQ0

🚀 A New Chapter at Desktop Metal starts now. bit.ly/4n85tmR

Last Call to Register! Don’t miss our upcoming webinar: How Combining Metal Binder Jetting & CNC Machining is Reshaping Industrial Production 📅 April 10th, 2025 🕚 10 am EDT | 7 am PDT | 4 pm CEST 💻 Zoom Register now: hubs.li/Q03gxqYd0

It's official - @DesktopMetal has joined @NanoDimensionX to become the leader in digital manufacturing with cutting-edge systems, software, and materials for high-performance electronics, mechanical, industrial and medical applications. bit.ly/42r1EB4

Webinar: How Combining Metal Binder Jetting & CNC Machining is Reshaping Industrial Production 📅 April 10th, 2025 🕚 | 10 am EDT | 4 pm CEST, 💻 Zoom Register now: bit.ly/3DQEVF4

Take a deeper dive into the binder jet 3D printing workflow in this series of webinars. Our technical experts cover the metal 3D printing process from software & binder selection to 3D printer setup & sintering. Learn more in this on-demand webinar series. hubs.li/Q034GRJf0

Learn how extreme geometric complexity is made possible with 3D printing using generative design in part 2 of our Design for Additive Manufacturing article series. .hubs.li/Q034GLHf0

#TeamDM material solutions span from metals and polymers to ceramics and composites. Many of our customers have found material innovations within our vast portfolio of brands - we're more than just metal! Download the guide now. hubs.li/Q034GJX80

With the powder-free metal 3D printing process of the Studio System you can easily 3D print nine different materials, including copper, without lasers or extensive facility requirements. Learn more about the Studio System: hubs.li/Q0331XK00

By redesigning this timing belt pulley with DfAM principles, Egar Tool and Die's engineers were able to consolidate the entire assembly into one piece. This reduced the weight of the part, allowing the servo motors to run faster. Learn more: hubs.li/Q0331VBD0

On-demand webinar: Learn the Bound Metal Deposition™ (BMD) 3D printing workflow, including a walkthrough of the software interface, loading feedstock, and what it takes to press print. Watch now: hubs.li/Q0331MQf0

Like many production processes, the key to additive manufacturing success is following best practices for optimized outcomes. Download our BMD design guide to learn the best practices necessary to optimize design & achieve success with the Studio System. hubs.li/Q0331NjB0

From teaching a class on DfAM to pushing the boundaries of 3D printing, the Innovent is a flexible tool in the CREATE Lab at Brigham Young University. The ease-of-use of the platform can be run by students and is more approachable than laser-based systems. hubs.li/Q0325fK_0

Educators can create an immersive learning experience by adopting additive manufacturing technologies to enhance curricula and prepare students the modern workplace. Learn why binder jetting is an ideal 3D printing technology for universities. hubs.li/Q0325jb60

Join us for a live walkthrough of the InnoventX. Our team of experts will guide you through the process of setting up a build, from the software workflow and machine preparation to parameter adjustments and sintering. 📆January 16 🕛 11am ET Register: hubs.li/Q02_B0QP0

What design considerations like shrinkage are needed to 3D print a part with binder jetting? What wall thickness or aspect ratios can you print? How do you design text features? Learn all this and more by downloading the Binder Jet Design Guide:bit.ly/3PoXtP7

One of the many benefits metal 3D printing provides manufacturers is the ability to produce parts with far greater complexity than traditional methods. Learn how AM can enable production of complex geometries in our DfAM article series. hubs.li/Q031kyQ80

Don't miss our upcoming live walkthrough of the InnoventX. Our team will guide you through the process of setting up a build, from the software workflow and machine preparation to parameter adjustments and sintering. 📆January 16 🕛 11am ET Register: hubs.li/Q02_BbV00

What part geometries are well-suited for binder jet & how do you design parts to maximize fabrication success? Download our Binder Jet Design Guide to learn about the recommended workflow - from picking the right type of parts to designing features. bit.ly/4214pJI

Design for Additive Manufacturing (DfAM) develops advanced geometries that unlock the full potential of 3D printing processes. Learn more about the key principles of DfAM for binder jet in this article and download the design guide now. hubs.li/Q02_B78b0