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We are Team DM. We exist to deliver Additive Manufacturing AM 2.0 technologies, materials, and applications that enable mass production.
Platforms
Resources
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Bridging to MIM production and opening smaller batch business with metal 3D printing
Alpha Precision Group, APG, uses binder jet 3D printing for an existing metal injection molding (MIM) customer to avoid the cost of tooling and produce a lower-volume design targeting a more niche market.
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Bridge Appliances 3D Prints Rapid Innovations to Disrupt the Food Processing Sector
Bound Metal Deposition on the Desktop Metal Studio System allows Bridge Appliances to level the playing field in food processing innovation
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SDSU studies the anisotropic microstructures of binder jetting with the InnoventX
The Powder Technology Laboratory explores undamental understandings of sinter-based additive manufacturing with the InnoventX
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AM 2.0 technologies at Red Deer Polytechnic supports students and business development
Red Deer Polytechnic in Alberta, Canada, adopted an InnoventX for binder jetting metal and technical ceramics as well as an ETEC Xtreme 8K for elastomers.
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Clarkson University students use additive manufacturing to gain competitive advantage
Additive manufacturing solutions enables Clarkson University students to develop unique design for SAE International Clean Snowmobile Challenge (CSC) by using a digital production technology to meet their efficiency requirements.
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The Hudson Valley Additive Manufacturing Center at SUNY New Paltz makes additive access local
The Hudson Valley Additive Manufacturing Center (HVAMC) at the State University of New York (SUNY) at New Paltz provides expert advice on 3D printing process and materials to both the campus and local business communities. The Bound Metal Deposition (BMD) technology of the Studio Systems offers a HVAMC a classroom-friendly solution.
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Metal 3D Printing for University Curriculum and Student Projects
The University of North Carolina at Charlotte was looking for an easy-to-use metal 3D printer for a classroom space. The Desktop Metal Studio System helped the school's 49er Rocketry Team take second place at the NASA Student Launch with an optimized bracket 3D printed in stainless steel for the High Power Rocket's payload.
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FreeFORM Technologies delivers a complex, lightweight 3D printed solution for a high-volume inspection process
FreeFORM Technologies delivered a complex end-of-arm tooling solution in 17-4PH stainless steel for a high-volume automotive inspection process using binder jet 3D printing technology on the InnoventX. Generative software produced a lightweight design and binder jet 3D printing was one-fourth the price of laser powder bed fusion. Final materials met MPIF standard 35 and customer requirements.
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Lino3D uses Desktop Metal Shop System™ to enable serial production of metal fixtures for luxury yacht cupboard handles in Greece
When a company in Greece that rents and sells luxury yachts was experiencing long delivery times and poor part quality of metal fixtures they previously ordered from a manufacturing company in China, they came to Lino3D to explore additive manufacturing methods. By using binder jetting, Lino3D was able to produce better quality parts, faster and more affordably.
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IFC Intelligent Feeding Components combines multi jet fusion and metal binder jetting
IFC Intelligent Feeding Components, a German manufacturing company, solved issues with traditional and polymer-based additive manufacturing with metal binder jetting.
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Burke Aerospace adopts metal 3D printing for in-house tooling fixture production
Easy-to-use bound metal deposition on the Desktop Metal Studio System allows Burke Aerospace to efficiently produce tooling fixtures for manufacturing efficiency
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Terrapin Works Advanced Fabrication Lab at the University of Maryland adopts binder jet metal 3D printing
Binder jet metal 3D printing joins portfolio of advanced manufacturing solutions support academics and research on UMD campus
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Scaling metal 3D printing to serial production
DSB Technologies uses entire portfolio of X-Series binder jetting systems to manufacture complex parts and scale metal 3D printing to serial production
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Ti64 Part Production with Single Pass Jetting
TriTech Titanium Parts delivers binder jet 3D printing with high performance reactive material. Using Desktop Metal's Production System P-1, TriTech can deliver results for its customers quickly. Binder jetting eliminated setup fees, tooling cost, and delays or time associated with getting tooling made, allowing titanium production of even the most complex geometries to be simplified and affordable.
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Gullmolar: Improving Commercial Food Equipment with Metal 3D Printing
Fish processing systems transformed with stainless steel 3D printing on the Studio System from Desktop Metal. Compared to other 3D printing technologies, Gullmolar found office-friendly Bound Metal Deposition technology from Desktop Metal to be an affordable easy-to-use solution enabling the company to unlock new potential from their products.
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