Research applications
Open new avenues of scientific discovery.
The world’s most flexible metal AM research platform
The world’s only open-source, end-to-end Fabricación aditiva por pulverización en frío (CSAM) solution, our technology gives researchers and students a way to experiment with different elemental and alloy powders.
- Faster deposition rates, quicker results, more data to publish
- Simulate processes with our proprietary TwinSPEE3D software
- Access all print parameters to control each variable
CSAM enables researchers to accelerate groundbreaking innovation across a growing variety of metal AM applications.
Research applications
Materials Research
Low processing temperatures, high deposition efficiency, and wide material compatibility enable researchers to explore novel materials, optimize microstructures, and develop new applications.
Coatings
CSAM makes it possible to create dense, high-performance coatings with minimal oxidation and thermal distortion.
Multi-Material Parts
CSAM can produce durable metal parts with regions tailored for specific functions, such as wear resistance in high-stress areas, corrosion resistance in aggressive environments, and electrical conductivity where needed.
Casos prácticos
Get a closer look at the ways CSAM is pushing the boundaries of additive manufacturing innovation.
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New Jersey Innovation Institute (NJII)
Más información: New Jersey Innovation Institute (NJII)Learn how our WarpSPEE3D printer helped NJII provide vital training to students.
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U.S. Naval Postgraduate School (NPS)
Más información: U.S. Naval Postgraduate School (NPS)See how our technology enables Maintenance, Repair, and Operations (MRO) for ships, vessels, aircraft, and ground equipment.
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HAMR Industries LLC
Más información: HAMR Industries LLCLearn how CSAM helped the R&D leader accelerate complex part production.