Carbon

Congratulations to SYZMIK Sports on this recognition for the X7c+ Protective Headband. 👏 Proud to partner with their team to bring the world’s first additively manufactured lattice padding system to a protective football headband, using Carbon technology to turn a computationally engineered design into a real performance product. A great example of what’s possible when innovation and collaboration come together!

Introducing DB 4000. Most products earn a name. DB 4000 earned its number. Carbon's new high-impact denture base resin delivers 4,000 J/m² work of fracture, tested at 37°C in water under modified ISO 20795-1 conditions, 31% tougher than the category leader's published results*, alongside 97% global accuracy within ±130µm and 95% intaglio accuracy within ±100µm*. Available now at a more competitive cost per part, all without compromising strength, accuracy, or workflow efficiency. Why Labs Should Choose DB 4000? 👉Competitive cost per part.* 👉FDA-cleared Class II medical device. 👉ISO 20795-1 Hi-Impact compliant. 👉4,000 J/m² work of fracture. 31% tougher than the category leader.* 👉97% print accuracy, surpassing the category leader.* 👉Familiar single-cure workflow. Now available in the U.S. for Carbon M-Series printers. Learn more at https://lnkd.in/gvErSjJV And read the full Press Release here: https://lnkd.in/g4P_qrAZ *Data on file. Based on MSRP #Carbon3D #DB4000 #DigitalDentures #DentureLabs #Dental3DPrinting #DigitalDentistry #AdditiveManufacturing

Great conversation with Resolution Medical on how material choice can shape medical device development from prototype to production. Watch the full episode below! 👇 https://lnkd.in/eCsN8K8V

Performance, quantified. These results are based on controlled testing by an external lab of Carbon lattice structures compared to traditional materials. From breathability to wash durability, each metric reflects measurable improvements enabled by design and materials. Learn how the Carbon platform can impact your product's performance. Download the Carbon Guide to Designing for Comfort now. https://lnkd.in/gPMh52-m

Our Micro Lattice Pads for ballistic helmets have been a massive hit since they launched years ago. Nothing on the market comes close on comfort and breathability. We're excited to now offer them for our Kevy Hard Hat line as well. Made with the same Carbon technology, they allow for easy airflow and simple comfort. And they meet and exceed ANSI Type II requirements when installed in our hard hats. Like most R&D, they took way longer to launch than we had hoped. All the iterations were worth it. If you're looking for the Ferrari of helmet pads, look no further. Link in the comments.

We've officially moved! 📢 Carbon's California headquarters is now located at 1272 Borregas Ave, Sunnyvale, CA. This new space marks an exciting next chapter as we continue pushing additive manufacturing forward with breakthrough materials, innovative technology, and a team dedicated to enabling radically better products. We're growing and always looking for passionate people to help shape what's next. Come build the future with us! Explore our current job openings today👇 https://lnkd.in/eTvDymtJ

What happens when your bra cup gets wet? We put foam and Carbon lattice structures to the test with a simple water comparison. The results show how open lattice geometries printed in a non-absorbable material can change the way materials interact with moisture. Zero moisture retention. Faster drying potential. New possibilities for designing comfortable, breathable apparel. Explore the Carbon Guide to Designing for Comfort to see what your team can build 👉 https://lnkd.in/gPMh52-m