Desktop Metallic Launches Studio System 2, the Simplest Way for Designers and Engineers to Print Sophisticated, Superior-Overall performance Steel Elements in the Workplace

Following-Technology Engineering Further Simplifies Metal 3D Printing for Small Quantity Output with a Breakthrough, Two-Phase Method

  • Making off the achievement of Desktop Metal’s Studio Method+, the new Studio Method 2 enables superior-high-quality metal elements output in an office environment natural environment with a simplified two-stage resolution that eradicates the need to have for a solvent debind phase
  • Modern enhancements consist of new print profiles and an all-new substance program designed to deliver superior aspect top quality, precision, and area finish even though minimizing printing trial and mistake throughout a wider assortment of advanced geometries
  • Desktop Metal’s Fabricate software workflow fully automates element generation by means of printing and sintering to generate significant-good quality, finish-use pieces with densities and characteristic precision related to casting
  • Around the globe shipments of the Studio Process 2 are established to begin in very first quarter of 2021, with all current Studio System prospects qualified to improve

BOSTON–(Business enterprise WIRE)–$DM #3DP–Desktop Metallic (NYSE: DM), a leader in mass output and turnkey additive manufacturing methods, currently announced the launch of Studio System™ 2, a simplified, workplace-welcoming steel 3D printing technologies that presents customers the easiest way to print steel areas in reduced volumes for pre-production and end-use apps.

“As additive manufacturing adoption innovations worldwide, Desktop Metal proceeds to travel innovations that allow the technological innovation to extra successfully contend with conventional producing procedures,” said Ric Fulop, CEO and co-founder of Desktop Metal. “Our subsequent-technology Studio System 2 requires the most effective characteristics of the primary Studio System+ and appreciably enhances upon them, delivering increased good quality finish-use metal parts as a result of a extra streamlined and available system, and in an even smaller sized footprint.”

The Studio Program – Business office-Welcoming Steel 3D Printing

The Studio Technique, which initially debuted in 2017, is an workplace-friendly steel additive production method that leverages Desktop Metal’s proprietary Certain Steel DepositionTM (BMD) engineering, a powder metallurgy-primarily based approach in which unfastened powders and perilous lasers normally involved with metallic 3D printing are eliminated in favor of certain metallic rods to form elements layer-by-layer. The initial Studio System, consisting of a printer, debinder and furnace, simplified in-property production of reduced volumes of intricate, significant-high quality metal elements.

Shipping and delivery in volume considering the fact that the fourth quarter of 2018, the Studio System has been adopted by hundreds of clients spanning much more than 30 international locations. Marketplace leaders like Ford Motor Organization, BMW Group, Eaton Company, Google LLC, 3M Organization, Stanley Black & Decker, Inc., Lockheed Martin Corporation, Goodyear Tire & Rubber Corporation, Moen Integrated, and academic institutes these types of as Massachusetts Institute of Technological innovation (MIT), Texas A&M College, and the Polytechnic College of Milan (Politecnico di Milano), are turning to the Studio Process for a selection of purposes from pre-creation functional prototypes to manufacturing very low volumes of stop-use parts.

Up coming-Technology Metal 3D Printing in 2 Actions — Print and Sinter

The future-technology Studio Process 2 retains all the critical attributes of the unique Studio Procedure, even though delivering advancements that make steel 3D metallic printing even less difficult, a lot more reputable and obtainable. Positive aspects consist of:

  • Breakthrough, two-stage course of action. Studio Procedure 2 eliminates the use of solvents with all-new materials formulations that allow areas to be transferred instantly from the printer into the furnace. The result is an accessible two-phase method with a almost fingers-free practical experience that also reduces consumables use and all round procedure footprint.
  • Wide array of sophisticated geometries. Designed to continually supply superior-performance metallic areas, Studio Program 2 minimizes the demo and mistake popular in substitute 3D printing processes, enabled by new print profiles and a re-engineered interface layer substance for extra even shrinkage in the course of sintering and elevated portion achievements throughout an array of geometries.
  • Increased surface end. The Studio Procedure 2 printer’s heated build chamber and new print profiles make superb surface area end proper out of the furnace across aspect walls and help-experiencing surfaces.
  • High-toughness, triply periodic minimal surface (TPMS) infill. New isotropic TMPS infill results in potent areas, perfect for conclude-use programs. Vacuum sintering in the Desktop Metal furnace at temperatures of up to 1400°C provides pieces and mechanical houses that are comparable to castings and satisfy or exceed Metallic Powder Industries Federation (MPIF) criteria.
  • Broad portfolio of materials. The Studio Method 2 is launching with 316L stainless steel, an exceptional corrosion resistant and normal-objective substance utilised throughout a wide range of industries for apps such as manifolds, nozzles, brackets, latches, and jewellery. A wide portfolio of additional components that choose gain of the new streamlined, two-action system is in energetic R&D with new releases slated to rollout in 2021. In addition, the Studio System 2 will be backwards-suitable by way of the use of the debinder, with all elements beforehand supported by the Studio Method, including 17-4PH stainless steel, 4140 reduced alloy steel, H13 resource steel, and Copper.
  • Application controlled workflow. Desktop Metal’s Fabricate™ software package characteristics new, default print profiles tailor-made to the Studio System 2 method that simplify establish preparing although however furnishing buyers access to more than 90 customizable print configurations. Fabricate also generates Separable Help constructions with strategic splits to stay away from locking throughout write-up-processing and entirely automates thermal debind and sintering cycles.

“Based on the results of our original Studio Method, we know firms all-around the globe are eager to undertake our new, more streamlined Studio Method 2 process to deliver challenging-to-equipment components showcasing elaborate geometry like undercuts and internal channels,” said Fulop. “Across manufacturing, tooling, automotive, shopper products and electronics, and health care programs, providers are sharing how additive manufacturing is complicated their style and design and engineering teams to assume otherwise about how to enhance designs for best-in-course element achievements.”

The Studio Process 2, which is established to start globally shipments in the first quarter of 2021, will also be accessible through an improve for all present Studio Program clients.

About Desktop Steel

Desktop Metal, Inc., based in Burlington, Massachusetts, is accelerating the transformation of production with end-to-conclude 3D printing remedies. Started in 2015 by leaders in superior production, metallurgy, and robotics, the business is addressing the unmet difficulties of pace, price tag, and excellent to make 3D printing an crucial resource for engineers and suppliers all over the entire world. Desktop Metallic was chosen as one of the world’s 30 most promising Technologies Pioneers by the Entire world

Financial Forum named to MIT Technology Review’s list of 50 Smartest Corporations and identified among the most critical innovations in engineering in Preferred Science’s “Best of What’s New.” For much more data, stop by

Ahead Looking Statements

This document is made up of specific ahead-seeking statements within just the meaning of Segment 27A of the Securities Act of 1933, as amended, and Area 21E of the Securities and Trade Act of 1934, as amended. Forward-on the lookout statements normally relate to Desktop Metal’s long run fiscal or operating functionality. These forward-searching statements generally are discovered by the words and phrases “believe,” “project,” “expect,” “anticipate,” “estimate,” “intend,” “strategy,” “future,” “opportunity,” “plan,” “may,” “should,” “will,” “would,” “will be,” “will continue on,” “will probable consequence,” and equivalent expressions, including the negatives of this kind of terms. Forward-on the lookout statements are predictions, projections and other statements about future occasions that are based mostly on existing anticipations and assumptions and, as a result, are subject matter to risks and uncertainties. Many aspects could lead to genuine future events to differ materially from the forward-seeking statements in this document, together with but not limited to: (i) the ongoing COVID-19 pandemic and steps taken by Desktop Metal, its buyers and suppliers, and governmental authorities in reaction thereto (ii) the chance that the Company might be adversely influenced by other economic, small business, and/or aggressive components, including downturns in the very competitive additive manufacturing marketplace (iii) the ability to implement business strategies, forecasts, and other expectations and recognize and notice more chances and (iv) other hazards and uncertainties set forth in the part entitled “Risk Factors” and “Cautionary Observe Pertaining to Ahead Seeking Statements”” in the S-1 Registration Statement filed by the Business with the U.S. Securities and Trade Commission (the “SEC”) on December 23, 2020, as amended, and the Company’s other filings with the SEC. These filings determine and address other essential pitfalls and uncertainties that could cause true occasions and success to differ materially from those contained in the ahead-on the lookout statements. Ahead-hunting statements communicate only as of the day they are created. Visitors are cautioned not to set undue reliance on forward-on the lookout statements, and the Organization assumes no obligation and does not intend to update or revise these ahead-seeking statements, regardless of whether as a result of new details, long term activities, or normally. The Company does not give any assurance that it will obtain its expectations.


Lynda McKinney, 978-224-1282

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