Articles
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Why Binder Jetting?
To achieve the production volumes needed to compete with traditional manufacturing processes, binder jet systems rely on inkjet printing technology.
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Live Sinter
A first-of-its-kind software application, Live Sinter™ is designed to make sintering more understandable and repeatable, particularly for users with limited experience with sintered parts.
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Metal 3D printing for machine design
Additive manufacturing dramatically simplifies the process of creating custom parts. Because it doesn’t rely on tooling or fixturing, 3D printing often allows users to print parts faster and at lower costs than machining.
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Metal 3D printing for service bureaus & machine shops
Additive manufacturing allows service bureaus to extend the benefits of metal 3D printing - such as assembly consolidation, new levels of geometric freedom, and features like overhangs and internal channels - to their customers.
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Inkjet Technology in Desktop Metal’s Production System
To achieve the production volumes needed to compete with traditional manufacturing processes, binder jet systems rely on inkjet printing technology.
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Metal 3D printing for education
Desktop Metal systems are designed for accessibility, making it easy and affordable for colleges and universities to invest in technology
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Metal 3D printing for heavy industry
Heavy industry is a unique sector that generally requires huge amounts of capital investment in producing low quantities of large machinery. Examples include chemical processing, oil & gas, shipbuilding, railroads, and mining.
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Metal 3D printing for the automotive industry
One of the largest and most important industries for metal parts manufacturing, the automotive industry annually spends trillions producing parts across the manufacturing lifecycle.
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Metal 3D printing for manufacturing tooling
Tooling is a general term for components used in various manufacturing processes—including machining, injection molding, extrusion, stamping, casting, as well as workholding jigs, fixtures, and end of arm tooling.
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Metal 3D printing for government and defense
Given the mission-critical nature of many government and defense applications, manufacturers face a host of challenges, from the need to move from low- to high-volume manufacturing, ensuring parts can stand up to often-harsh conditions, and efficiently producing replacement parts.
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Introduction to the Studio System
This five-part video series explains the step-by-step process of the only office-friendly metal 3D printing system in the world.
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3D printed flexures
3D printing offers the design flexibility required to produce high-quality metal flexures—enabling targeted flexibility for compliance in specific degrees of freedom.
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Thermal Debinding and Sintering 101
Sintering is the final step of all powder metallurgy processes, including the metal 3D printers at Desktop Metal.
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Metal 3D printing for jigs & fixtures
Essential to lean manufacturing, the production of custom jigs and fixtures is often deprioritized against a long list of manufacturing needs. In-house metal 3D printing enables the rapid production of a jig or fixture that is optimized for a specific need.
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