PolarOnyx
Develops laser 3D manufacturing systems for additive and subtractive manufacturing, using femtosecond fiber lasers to process high-temperature metals like tungsten, achieving 99% density for aerospace, defense, and medical applications.
- CEO / Founder
- Jian Liu
- Team Size
- 11-50
- Stage
- Established
- Total Funding
- $450K
- Latest Round
- Grant
- Key Investors
- U.S. Department of Defense; U.S. Department of Energy; NASA
Technology & Products
Key Products
Laser 3D manufacturing systems; Femtosecond fiber lasers; Laser micromachining systems; Laser additive & subtractive manufacturing solutions
Technological Advantage
Proprietary femtosecond fiber laser technology enables 3D printing of high-temperature metals (e.g., tungsten) with 99% density, a capability not widely available in standard AM systems. The technology is protected by trade secrets and know-how in laser design and process control, though specific patents are not publicly listed. The advantage is defensible due to the specialized expertise in ultrafast laser physics and the complexity of scaling such systems.
Differentiation
Value Proposition
Enables 3D printing of high-temperature metals (e.g., tungsten) with 99% density using proprietary femtosecond fiber lasers, reducing lead times and enabling complex geometries for heat exchangers, collimators, and other critical components.
How They Differentiate
PolarOnyx differentiates through its femtosecond fiber laser technology, enabling 99% density in high-temperature metals like tungsten, whereas competitors like Nuburu focus on blue laser welding and 3D MicroPrint specializes in micro-scale metal AM. PolarOnyx's laser-based approach offers unique capabilities for refractory metals and precision micromachining.
Market & Competition
Target Customers
Aerospace, defense, medical, and industrial manufacturers requiring precision metal AM and laser micromachining.
Industry Verticals
Aerospace; Defense; Medical; Industrial
Competitors
Nuburu; 3D MicroPrint; Digital Alloys
Growth & Milestones
Growth Metrics
sbir_award_amount: $200,000. sbir_award_program: DOE SBIR (listed in FY20-24 awards). sbir_award_project: Nano 3D Printing of Capillary Optics. dod_vendor_status: Listed as a DOD vendor with contracts over $25,000 in FY2022 and FY2023. nasa_sbir_2024_phase1: Listed in NASA SBIR 2024 Phase 1 solicitation. grant_2009: $21,000
Major Milestones
Founded in 2002 by Bell Labs/Lucent veterans; Developed world's first 25W output power femtosecond fiber laser; Won R&D 100 award with ORNL for 2D/3D collimators using aluminum-boron carbide matrix composite; Multiple NASA SBIR and DOE SBIR awards
Notable Customers
NASA; Oak Ridge National Laboratory; U.S. Department of Energy
Funding rounds
- Grant$249,9892024Source: Good Jobs First
- Grant$200,0002024Source: OSTI