Manufacturing. Accelerated.
[03]
High-performance and flexible material platforms
Office-friendly & extensible metal 3D printing platforms.
Thousands of possible materials
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Our metal 3D printing systems are built
TM
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Breakthrough aerospace-grade composite solutions
Fiber™ introduces micro AFP™ technology adapted from multi-
million dollar AFP machines to bring breakthrough aerospace-
grade materials to the 3D printing market (2)
Compatible with a range of industry-qualified composite
thermoplastics with continuous carbon fiber and fiberglass
reinforcement options
Up to 75x stiffer & 60x stronger than FFF materials (e.g. ABS)
Materials are stronger than steel, lighter than aluminum and
capable of withstanding temperatures up to 250 °C(3)
•
.
on the foundation of scalable powder
metallurgy processes
Printer processing parameters for
thousands of metal alloys and ceramic
materials can be developed with powder.
metallurgy processes
Production System TM offers an open
platform for customers to procure
material directly from third party
suppliers of their choice, allowing for
minimal supply chain disruption and
optimal pricing
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Office-friendly printing via Studio System'
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Proprietary Bound Metal Deposition™M
technology on the Studio System™
eliminates the use of lasers and loose
metal powders (1)
This enables office-friendly metal
processing and easy material
changeovers as well as minimizes
requirements for special facilities or
expensive EHS equipment as compared
to legacy technologies
Bound metal rods facilitate high-force
printing and highly loaded media inputs.
up to 63% metal by volume for
high-quality sintered metal parts
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D Desktop Metal
Tensile Modulus (GPa)
160
120
80
40
Traditional FFF materials + chopped fiber
Fiber™ PEEK/PEKK + Continuous CF
0
500
1000
1500
2000
2500
Tensile Strength (MPa)
1. Selected issued or pending patents related to BMDTM technology: 10,464,260; 10,384,396; 10,272,492; 10,456,833; 2020/0047417; 10,421,124; PCT/US19/60499; 2019/0210106; 10,654,102; PCT/US19/38096; PCT/
US2019/039516; 2019/0375014; 2020/0009795; 9833839; 2018/0297289; 10,232,443; 16/328,705; 2018/0311899; 10,189,204; 2020/0101534; 2018/0297288; 2018/0297113; 2018/0297272; 2017/0252851.
2. Selected issued or pending patents relating to Micro AFPT technology: PCT/US19/58226; PCT/US19/41255; 10,449,731; 2020/0130257.
3. Strength and weight based on performance of continuous carbon fiber-reinforced Nylon (PA6), PEEK, and PEKK composites; temperature resistances based on performance of PEEK and PEKK composites.
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FUELS
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