Desktop Metal

How can binder jetting help get your products to market faster and without the cost of expensive tooling? Check out this video from FreeFORM Technologies to learn how it used the Production System P-1 to make a bone reamer design for a medical device startup company who was seeking to eliminate expensive tooling costs for traditional die stamping methods. Download the case study to learn more about FreeForm's experience with the Production System P-1: https://hubs.li/Q02Zc9qZ0 #medicaldevice #binderjetting #metal3dprinting #additive #additivemanufacturing #manufacturing

Can binder jet #Metal3DPrinting successfully build M2 Tool Steel or Heavy Metals like WC-Co? The materials and process experts at Tecnalia Research & Innovation share their success developing cutting tools from these challenging materials using the InnoventX. Read the case study to learn how the TECNALIA Research & Innovation team expands binder jetting adoption by advancing applications like #3DPrintedTooling of Tool Steels and M2. https://hubs.li/Q02Zc9rw0

The Center for Agile and Adaptive Additive Manufacturing at the University of North Texas uses the Innovent to research binder jetting technology. A recent study aims to develop an integrated computational approach to understand the evolution of capillary force and subsequent capillary pressure when particle morphology gradually transitions from sphere to cube during liquid phase sintering of WC–10Co. Printing both spherical and non-spherical particle morphologies on the InnoventX, researchers verified and correlated the computational model-based predictions. Learn more about the complete study! https://hubs.li/Q02Zc5VB0 Want to learn how you can use the InnoventX to elevate your research projects? https://hubs.li/Q02Zc4gy0

Form sheet metal without the press, dies, or tools! How? Digital Sheet Forming (DSF) technology from Desktop Metal eliminates the need for a traditional stamping press or custom tools, molds, and dies – delivering sheet metal forming that is flexible and cost-effective, even at low volumes. With the Figur G15 manufacturers can shape sheet metal on demand directly from a digital file, making prototyping and the production of unique custom sheet metal products simple. Download the brochure to learn more about the Figur G15 from Desktop Metal. https://hubs.li/Q02Yw3R50 #prototyping #sheetmetal #prototypes #fabrication #metalforming #automotive #aerospace #manufacturing #fabtech #manufacturingtechnology

Ready to adopt sinter-based metal 3D printing technologies in your classroom or lab but aren’t sure where to start? We’ve created a system overview to help you quickly learn the key differences between three of Desktop Metal’s popular and easy-to-adopt options that fit with a variety of classroom, makerspace, and research lab needs. This one-page flyer provides a quick summary of options to understand how you can be successful with metal 3D printing. Download it now! https://hubs.li/Q02Z20WK0

Heading to Formnext - Where ideas take shape in Frankfurt, Germany? Don't miss the chance to connect with leading experts in hybrid metal manufacturing (AM+CNC) by visiting SolidCAM Additive GmbH at Hall 12.0 - E72. Experience first-hand the impressive capabilities of our Shop System and Studio System, and explore a variety of hybrid applications. You'll also be able to see and compare AMES valves and HDF valves produced using binder jetting by #TeamDM's AIDRO hydraulics & 3D printing and traditional manufacturing methods. Can't make it to #Formnext? No worries - download our latest hybrid manufacturing case study to learn about the powerful combination of AM and CNC! https://hubs.li/Q02YVwYw0

Binder jetting does not change the basics of manufacturing - so rather than adapting production methodologies to additive manufacturing, FreeFORM Technologies adapts AM to production methodologies. Learn how in this article from Additive Manufacturing Media

What an incredible week it's been at Formnext - Where ideas take shape in Frankfurt, Germany!! The event is truly packed with international visitors, groundbreaking innovations, and additive manufacturing applications. If you're attending, be sure to stop by Nano Dimension in Hall 11.0 - D22, host of #TeamDM's AM 2.0 solutions. Come and explore ? InnoventX: The world's most researched binder jetting system for metals, ceramics, and composites. ? Impressive binder jetting applications from our customers in a variety of materials including: ? Reticulated heat and mass exchanger made of synthetic graphite by Scuola universitaria professionale della Svizzera italiana (SUPSI) ? Fully dense SiC parts made with Norimat's unique hybrid FAST/SPS process ? WC-Co components from Fraunhofer IKTS ? Exquisite jewelry made of platinum by Legor Group S.p.A. | Società Benefit ? Assorted jewely pieces made of stainless steel by EAC Innovation & Métal ? Intricately detailed bike accessories from Hex Components ? #TeamDM's very own golf club ??♂? ? Stainless steel impeller from #TeamDM AIDRO hydraulics & 3D printing ? Parts made of reactive materials ? And so much more! Don't miss the opportunity to see these fascinating 3D prints and connect with our AM experts! Can't make it to #Formnext? No worries! Visit our virtual booth to dive into our extensive AM solutions and applications. https://hubs.li/Q02YHzC20 #Formnext2024 #AdditiveManufacturing #AdvancedManufacturing #3dprinting #BinderJetting

What makes the InnoventX the perfect research machine? For San Diego State University, it's the ability to print precise, small components with easy parameter controls. Even more (or less, as it were...), its compact footprint makes operation and material changeover efficient for any team. Learn how SDSU Powder Technology Lab is using the InnoventX for its theoretical research into the sinter-based binder jetting process.https://hubs.li/Q02YmbdP0 Visit us at Formnext in Germany to learn more about the InnoventX. Visit the Nano Dimension booth in Hall 11.0 - D22!

Educators can create an immersive learning experience by adopting additive manufacturing technologies to enhance curricula and prepare students for the demands of the modern workplace. A variety of powder-based 3D printing technologies are available on the market, but binder jetting is uniquely positioned to fit the needs of a flexible educational environment. Learn why in our blog post. https://hubs.li/Q02Ymj6Y0 #education #stem #additive #universities #additivemanufacturing #manufacturingtechnology #binderjetting #3dprinting