Manufacturing. Accelerated.
[03]
•
Hardware designed for massive throughput & ease of use
Fastest metal 3D printing technology (1)(2)
Desktop Metal™ Single Pass Jetting™
(SPJTM) is up to 100x faster than laser
powder bed fusion and significantly
faster than conventional binder jetting (1)
Organizations can print up to millions of
parts per year at lower costs than many.
traditional manufacturing methods and
fractions of the part costs achievable via
laser powder bed fusion (3)
Engineered for robust, reliable high-
speed printing to optimize print-to-print
consistency and part quality
Powder bed fusion
Single Pass Jetting™
LAYER: 01
000
LAYER: 10
SPJ™ Printing: Speeds up to
100x faster(4)
Advanced sintering technology (5)
•
Offers industrial-strength sintering in an
office friendly package, sized to fit
through an office door - minimal to no
facilities investment required
-
Automated sintering cycles based on
material selection
-
no user
programming required.
Over-the-air (OTA) firmware updates for
new features & enhancements
Designed to achieve peak temperatures
of 1400 °C under vacuum with high
thermal uniformity - enabling high
densities with low gas consumption
Desktop Metal sintering technology makes powder metallurgy-based 3D printing processes
broadly accessible to the market, enabling wide metal 3D printing adoption
1.
2.
Based on published speeds of binder jetting and laser powder bed fusion systems comparable to the Production System TM available as of August 25, 2020 and using comparable materials and processing parameters.
Selected issued or pending patents related to SPJTM & binder jet technology: 16/327,915; PCT/US2019/056508; 10,486,363; 2020/0009788; PCT/US19/051151; 16/328,272; 10,406,751; 2019/0375009; 2019/0388966;
2019/0210294; 16/328,350; 2019/0193150; 2020/0038958; 2018/0304301; 2018/0304302; 2018/0297278; 16/328,272; 10,486,363; 16/328,012; PCT/US19/051151; 16/328,012; 10,406,751; 10,500,789; 2019/0375009;
2019/0210294; 16/328,350.
3.
Management estimates.
D Desktop Metal
4.
Based on published speeds of single-laser, mid-range laser powder bed fusion systems as of August 25, 2020.
5. Selected issued or pending patents related to sintering technology: 10,191,456; 2019/0187639; 2019/0160529; D881,823; 10,578,361.
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