![studio](/uploads/_resourceLandingThumbnail3Up3x2Desktop/22369/ethan.jpg)
Resources
-
-
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.
-
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.
-
Thermal Debinding and Sintering 101
Sintering is the final step of all powder metallurgy processes, including the metal 3D printers at Desktop Metal.
-
-
-
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.
-
Live Parts™
Live Parts™ makes it easy to go from complex constraints and loading conditions to optimized, manufacturing-ready models in a matter of minutes.
-
The Importance of Inerting for Additive Manufacturing
One of the key considerations for any metal 3D printing system is the atmosphere inside the build chamber.
-
-
-
Metal 3D printing for tooling
The process of tool-making can be tedious due to high tolerance requirements, complex geometries, and materials that are difficult to machine. In-house metal 3D printing enables tool-makers to meet these challenges with greater efficiency.
-
Key Applications for metal 3d printing on the Studio System
An overview of the Studio System for functional prototyping, jigs and fixtures, tooling, and low volume production.
-
These 4 simple solutions can help make the manufacturing industry more sustainable
The way we make things is changing. New manufacturing technologies like 3D printing offer benefits to both companies and consumers - but can also help usher in a cleaner, more sustainable world.
-
-
-
2019 year in review: looking back, and ahead
As 2019 drew to a close, Desktop Metal CEO Ric Fulop paused to both look back on the highlights of the year that was, and ahead, to the future of additive manufacturing in the coming decades.
-
Deep Dive: Bound Metal Deposition (BMD)
BMD leverages the most widely-used plastic 3D printing method (FFF) and the high-quality, well-studied alloys found in MIM
-
3D printed internal channels
A difficult-to-manufacture feature found in parts such as manifolds, heat exchangers and tooling—allowing for the passage of fluids through the body of a part
-
-
-
3D printed golf clubs
3D printing is changing the way that golf clubs are made, from design to manufacturing
-
316L stainless steel
Characterized by its corrosion resistance and good mechanical properties at both high and low temperatures, 316L is a fully excerpt ends here.
-
Ti64 titanium alloy
An alloy of titanium, aluminum and vanadium, the material properties of Ti-6Al-4V (Ti64) - particularly its high strength-to-weight ratio and corrosion resistance - make it an ideal material for a wide variety of high-performance applications.
-