High-Level Overview
Carbon is a pioneering digital manufacturing company transforming 3D printing by moving beyond traditional prototyping to deliver high-performance, production-grade parts at scale. The company builds advanced 3D printers and develops proprietary materials and software, serving industries such as footwear, healthcare, automotive, and consumer goods. Carbon’s technology enables brands to design and manufacture products with superior mechanical properties, faster turnaround, and greater customization—solving the challenge of bridging the gap between rapid prototyping and mass production. With strong partnerships, global expansion, and a shift toward application-specific solutions, Carbon is experiencing robust growth and is reshaping how companies approach manufacturing.
Origin Story
Founded in 2013 by Dr. Alex Ermoshkin, with early contributions from his son Nikita Ermoshkin and Dr. Joseph DeSimone, Carbon emerged from a vision to create a better at-home 3D printer. The breakthrough came with the development of Continuous Liquid Interface Production (CLIP), a process that uses light and oxygen to rapidly cure resin, dramatically accelerating print speeds. Dr. DeSimone’s influential TED Talk in 2015 brought widespread attention to the technology. Carbon quickly attracted major investors—including Sequoia Capital, Google Ventures, and Adidas—and secured high-profile partnerships, notably with Adidas for the Futurecraft 4D project, marking a pivotal moment in the company’s evolution from a hardware startup to a solutions-driven manufacturing platform.
Core Differentiators
- Digital Light Synthesis (DLS): Carbon’s proprietary CLIP technology enables faster, more precise, and scalable 3D printing compared to traditional layer-by-layer methods.
- End-to-End Solutions: Carbon offers not just printers, but also advanced photopolymer resins, cloud-connected software, and post-processing tools, creating a seamless manufacturing workflow.
- Pay-As-You-Print Model: Instead of selling printers outright, Carbon uses a usage-based model, lowering barriers to entry and aligning costs with output.
- Application Focus: Carbon targets high-value sectors like orthodontics, footwear, and automotive, delivering tailored solutions that replace traditional materials such as foam.
- Cloud Integration: Printers are connected to the cloud for predictive maintenance, remote monitoring, and over-the-air updates, enhancing reliability and uptime.
Role in the Broader Tech Landscape
Carbon is riding the wave of digital manufacturing and Industry 4.0, where the lines between design, production, and customization are blurring. The timing is critical as industries seek faster, more sustainable, and flexible manufacturing methods. Carbon’s technology is particularly well-positioned as companies look to reduce waste, shorten supply chains, and offer personalized products. By focusing on real-world applications and deep industry partnerships, Carbon is influencing the broader ecosystem, pushing 3D printing from the lab to the factory floor and setting new standards for what’s possible in additive manufacturing.
Quick Take & Future Outlook
Carbon is poised to continue its transformation from a 3D printer manufacturer to a comprehensive digital manufacturing platform. As industries increasingly demand agility and customization, Carbon’s solutions will become even more essential. The company’s focus on application-specific products, combined with its innovative business model and strong partnerships, positions it to lead the next wave of manufacturing innovation. The future will likely see Carbon expanding into new verticals, further integrating AI and data analytics into its platform, and continuing to challenge traditional manufacturing paradigms. Carbon’s journey reflects a broader shift: the future of manufacturing is not just about printing parts, but about reimagining how products are made, delivered, and experienced.
