Carbon just locked in a fresh 60M round from Sequoia Capital, Silver Lake, adidas, Baillie Gifford, Madrone Capital Partners, and Northgate Capital, and it feels like that moment in a Sasha and Digweed marathon when the room realizes the night is shifting from warmup to full ignition. Returning investors only return when the signal is unmistakable, and the signal here is that Carbon is no longer the promising prodigy of additive manufacturing. It is the grown adult in the room, building real parts at real volumes for industries that do not tolerate excuses, delays, or pretty prototypes masquerading as production.
The story still hits because it is built on invention, not theatrics. Dr. Alex Ermoshkin and Nikita Ermoshkin started tinkering at home, and the idea met the deep materials chemistry of Dr. Joseph M. DeSimone, turning CLIP into a platform that changed expectations around what polymer manufacturing could be. The result is a system that prints dental crowns faster than people can argue about insurance codes, creates the lattices inside Riddell helmets that have topped NFL/NFLPA testing for 6 straight years, and produced the fizik saddle that carried Tadej Pogačar to the top of the 2025 Tour de France. When a technology moves seamlessly from elite cycling to high volume dental labs to automotive interiors, you are not watching a niche tool. You are watching a manufacturing mindset evolve.
This round is Phil DeSimone and Craig Carlson operating through the Office of the CEO and pushing hard toward cash-flow positive operations while preparing for an IPO window in 12 to 24 months. That ambition lands because Carbon’s demand is real, measured in millions of dental parts per week, thousands of advanced lattice components across helmets, footwear, and protective gear, and growing programs with Ford, Lamborghini, Keystone Industries, Trek, Fizik, Selle Italia, Schutt, and VICIS. When SyBridge Technologies doubles its DLS production space, it is not enthusiasm. It is math.
The tech stack is the reason. Digital Light Synthesis prints fully dense, isotropic parts at speeds that make old printers feel like dial-up. Dual cure chemistry weaves molecular structures that behave like engineering polymers, not hobby plastics. Cloud connectivity turns every M3, M3 Max, and L1 into a predictable, disciplined production asset instead of a machine that needs handholding. The materials portfolio keeps expanding, and each new resin pulls Carbon deeper into markets where performance is measured in micrometers and margins.
Carbon is now in that rare lane where customers want more capacity, partners want deeper integration, and global brands want applications that push beyond prototyping into true manufacturing. The 60M is not a lifeline or a reset. It is fuel for a system already at velocity. The next move is scale, and if the chemistry, software, and execution continue to sync, this platform is about to get louder than anyone expected.
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