What is the future of Additive Manufacturing?
Meet Prima Materia
The SLS workflow is broken into pieces.
We made it one.
SLS (Selective Laser Sintering) is the most powerful form of additive manufacturing. Enabling printing of complex geometries in production polymers, without supports, and at production volumes. Today's SLS production requires a printer, a separate breakout station, manual depowdering, sieving, and post-processing. Each step introduces labor cost, powder degradation, and safety risk.
Before: The Fragmented Reality
After: Prima Materia System
Prima Materia streamlines every step of production, so your team runs parts, not machines.
One machine. A fraction of the cost.
Production-grade SLS, priced within reach of any shop.
Labor is your largest cost driver. We cut it by 90%.
Traditional SLS burns 4–5 hours of hands-on labor per build. Prima Materia runs autonomously, dropping cost per-part by about 60%, and the savings compound with every part you make.
Savings compound as you scale
Ready to make these numbers yours?
Reserve your Prima Materia with a $100 fully-refundable deposit, applied toward your final price.
What Prima Materia Makes Possible
Scale Production Not Headcount
At a typical bureau, an operator can manage up to 10 machines: 6 printers, 2 depowdering stations, and 2 blast cabinets. Prima Materia handles the entire process in one autonomous unit, so the same operator can run 20+ machines instead.
Outcomes
Built for Production
Patent Pending
IP Portfolio
Proprietary technology across the full autonomous SLS stack.
20+ Years
Combined AM Experience
in polymer additive manufacturing and system design.
Ex-Formlabs, Berkeley M.E.T.
Engineering Team
Top research scientists and engineers in hardware and AM.
AlmanacOS
Built-In Software
Slicing, monitoring, and fleet control at scale: run the whole fleet from one console.
Ready for the future of SLS?
Reserve your delivery slot with a $100 fully-refundable deposit.
Be first in line for lights-out SLS.
Join the waitlist for early access and launch updates as we approach production.