Freeform Secures $67M to Scale AI-Powered Laser Manufacturing
▼ Summary
– Tech startup Freeform raised $67 million in Series B funding to expand its novel, high-throughput 3D printing platform for metal components.
– The company’s current “GoldenEye” system uses 18 lasers, and the new “Skyfall” platform will use hundreds of lasers to produce thousands of kilograms of metal parts daily.
– Freeform was founded by former SpaceX engineers to create a more flexible, software-controlled manufacturing system, and it describes its platform as “AI native” with a partnership with Nvidia.
– The company uses extensive sensor data and real-time physics simulations to rapidly improve production quality and claims to have the most data on the metal-printing process.
– Freeform is already delivering hundreds of mission-critical parts to customers and plans to hire up to 100 new employees to address its contract backlog.
The vision of creating physical objects with the speed and flexibility of software development continues to attract significant venture capital, as evidenced by a major new investment in advanced manufacturing. Freeform, a startup building a next-generation 3D printing platform for metal parts, has secured $67 million in a Series B funding round. This capital infusion will fuel the expansion of its AI-driven manufacturing systems. The investor syndicate includes prominent names such as Founders Fund, NVentures (Nvidia’s venture arm), and Two Sigma Ventures, signaling strong confidence in the company’s technical approach. While Freeform did not publicly confirm its valuation, external data suggests the post-financing figure is approximately $179 million.
The funding is earmarked for a substantial technological leap. The company plans to upgrade its existing GoldenEye printing system, which utilizes 18 lasers to fuse metal powder, to a new platform called Skyfall. This next-generation system is designed to employ hundreds of lasers, aiming for a production capacity of thousands of kilograms of precision metal components daily. This ambitious scale-up represents the realization of a concept founders Erik Palitsch and Thomas Ronacher began developing in 2018. Their experience building rocket engines at SpaceX revealed the limitations of existing metal 3D printers, which they found to be costly, temperamental, and poorly suited for high-volume output.
Determined to overcome these hurdles, they founded Freeform to engineer a platform from scratch, prioritizing high throughput, flexibility, and sophisticated software control. Palitsch describes the company’s technology as “AI native,” a claim bolstered by a partnership with Nvidia that provides access to cutting-edge GPU computing power. The company operates on-site data centers equipped with advanced H200 clusters, which run real-time, physics-based simulations to continuously optimize the entire manufacturing workflow. This integration of massive computational resources directly into the production environment is a distinctive aspect of their strategy.
Sensors embedded throughout the manufacturing platform feed data into these simulations, creating a powerful feedback loop for rapid improvement in both part quality and production volume. Company executives assert that this approach has given them an unparalleled dataset on the underlying physics of metal additive manufacturing. While Freeform has not publicly named its clients, leadership confirms it is already delivering hundreds of “mission-critical” components to customers. With the new capital, the company intends to hire up to 100 additional staff and expand its physical facility to address a growing contract backlog.
This investment fits within a broader trend of venture capital flowing into manufacturing-as-a-service, particularly for industries like aerospace, defense, and robotics. The sector has seen several other well-funded entrants, such as Hadrian, VulcanForms, and Divergent, all aiming to revolutionize precision component production through automation and advanced printing techniques. Freeform’s latest funding round positions it to aggressively scale its unique, software-intensive approach in this competitive and capital-intensive field.
(Source: TechCrunch)