™
We are Team DM. We exist to deliver Additive Manufacturing AM 2.0 technologies, materials, and applications that enable mass production.
Platforms
White Paper
-
-
Team DM Catalog
Easy-to-use Additive Manufacturing 2.0 solutions for industrial and healthcare production — delivering transformative value
-
The Ultimate Guide to Laser-Free Metal 3D Printing with Binder Jetting Technology
This 40-page guide is the most authoritative introduction to date on metal binder jetting — the most promising ASTM-recognized 3D printing technology for the mass production of metal parts and products. This guide contains a comprehensive overview of high-speed 3D printing of metals without a laser. Explore why binder jetting holds the keys to enabling the next era of Additive Manufacturing 2.0, which can unlock the innovation, agility and sustainability benefits of 3D printing in meaningful high volumes.
-
Five Steps to Evaluate Your Site for Metal 3D Printing
A quick guide for those looking to adopt metal 3D printing, with the steps you can take to compare various technologies and how they fit in your production environment.
-
-
-
Team DM Master Material Guide
At Desktop Metal, we offer more than metals now. Our materials library spans virtually every category, from metals and polymers, to ceramics, composites, and even upcycled materials such as wood. In an effort to drive production 3D printing to the masses, our qualified materials are designed to ensure that you can 3D print with success and deliver the high-quality parts you need for end-use production.
-
Ceramic 3D Printing with Binder Jetting Guide
Forming technical ceramics the traditional way can be expensive, with long-lead time molds and expensive post-processing, such as precision cutting and grinding. Advanced, high-hardness ceramics often require an ultrahard diamond tool for precision finishing. With the flexibility of binder jetting, however, creating precision technical ceramics, which can be sintered or infiltrated to create ceramic composites, is relatively easy. Virtually any geometry, regardless of complexity, can be created — bringing the many benefits of technical ceramics to new forms and products.
-
Easy-Adopt Metal 3D Printing System Overview: Shop System™ & Studio System™
Download our system overview to learn the key differences between of our two plug-and-play options to get started with metal 3D printing today.
-
-
-
The Studio System™ Brochure
Office-Friendly Metal 3D Printing; Easy-to-adopt Bound Metal Deposition 3D printing for any office, studio, or lab
-
The InnoventX™ Brochure
Compact, Powerful Metal 3D Printing - Material flexibility with the world’s most-researched binder jetting system
-
The Shop System™ Brochure
Plug-and-play metal 3D printing with the world’s best-selling metal binder jet system
-
-
-
Live Sinter™ Brochure
Manufacturing preparation software for the successful production of powder metal sintered parts
-
X-Series™ Brochure
Scalable binder jetting used by over 150 customers worldwide to 3D print premium materials
-
White Paper: Binder Jetting with Triple ACT
Triple ACT makes it possible to 3D print a wide range of premium materials, including aluminum, copper, and tungsten alloys, metal composites, and technical ceramics, such as silicon carbide and boron carbide (B4C). Learn more about this unique process combining dispensing, spreading, and compacting fine powders.
-
-
-
Ultimate Guide to DLP
This comprehensive guide provides a technical overview of DLP printing, along with the latest information on innovations in machine design, from bottom-up to top-down printing — as well as new types of photopolymer resins that deliver durable, elastomeric material properties, including closed-cell foams.
-
Functional prototyping using metal 3D printing
Functional prototypes are critical to development of a product or part - allowing engineers to test new ideas and designs while also revealing how a product will stand up to real-world use.
-
Manufacturing the Cars of Tomorrow
With the ability to make parts faster, cheaper and more complex than ever before - this is how the cars of tomorrow will be manufactured.
-