Freeform Secures $67M, Igniting AI-Native Manufacturing Revolution
February 27, 2026, 5:27 pm
Freeform secured $67 million in Series B funding. This capital fuels a massive expansion in AI-native metal additive manufacturing. The company's innovative Skyfall platform, launching in 2026, will dramatically boost production capacity by over 25x and expand material capabilities by 10x. Investors include top venture capital firms, NVIDIA's venture arm, and tech leaders. Freeform's "Physical AI" approach unifies hardware and software, enabling rapid, precise component production. It addresses surging demand for advanced parts across critical sectors. This move reshapes industrial fabrication, pushing boundaries of speed and adaptability.
Hawthorne, CA-based Freeform made a significant announcement. The company closed a $67 million Series B funding round. This substantial capital injection signals a major leap. Freeform aims to accelerate its mission. Scaling advanced metal additive manufacturing stands as the core objective. The company seeks to eliminate traditional production constraints. Freeform's innovative approach promises to redefine industrial capabilities.
Demand for Freeform's platform already outpaces supply. This surge highlights a critical market need. The funding shifts focus. Validation of technology is complete. Rapid production scaling now takes center stage. This investment validates Freeform's technological prowess. It also underscores market readiness for next-generation manufacturing.
A powerful syndicate of investors backed the round. Apandion participated. AE Ventures joined. Founders Fund provided support. Linse Capital contributed. NVIDIA’s venture arm, NVentures, also invested. Threshold Ventures and Two Sigma Ventures completed the roster. These investors bring deep experience. Their expertise spans advanced computing. Frontier manufacturing is another key area. Large-scale operations expertise is vital. This diverse backing strengthens Freeform's strategic position. It offers critical resources beyond mere capital.
The fresh capital directly supports a pivotal launch. Freeform’s next-generation factory platform is named Skyfall. It is set to go live in the first half of 2026. Skyfall represents a monumental upgrade. It is engineered for unprecedented efficiency. This platform promises to transform metal 3D printing.
Skyfall’s capabilities are staggering. It is designed to increase production throughput. The boost exceeds 25 times current systems. Material capabilities will also expand. This growth surpasses 10 times existing limits. Such advancements unlock new possibilities. Complex, high-performance metal components become readily accessible.
The platform integrates high-performance computing. GPU-based compute powers Skyfall. NVIDIA GPUs drive its advanced functionality. This integration enables real-time sensing. Simulation processes occur instantly. Control across physical manufacturing operations is precise. This level of computational power is essential. It delivers the speed and accuracy required for modern industrial demands.
Freeform describes its unique methodology as "Physical AI." This concept merges physical and digital realms. It builds intelligent factories. These facilities combine proprietary robotics. Advanced sensing technologies are integral. Sophisticated simulation models guide production. Machine learning algorithms optimize every step. Robust control systems maintain precision. Verification technologies ensure quality. All these elements converge into a single integrated platform.
This unified approach streamlines the manufacturing process. It bridges the gap between hardware and software. The goal is clear: reduce iteration cycles dramatically. Improving yields stands as another core objective. Scaling precision metal component production becomes effortless. This system mirrors the agility of software development. It brings that speed to the physical world.
Traditional manufacturing faces inherent limitations. High costs, long lead times, and design constraints are common. Freeform’s AI-native approach shatters these barriers. It offers unparalleled flexibility. It delivers unprecedented speed. This empowers engineers and designers. They can iterate faster. They can produce complex parts never before possible.
The technology finds application in critical sectors. Aerospace demands lightweight, durable parts. Defense requires secure, high-performance components. Automotive seeks advanced materials for efficiency. Energy needs robust, custom solutions. Medical devices benefit from precise, bespoke fabrication. Freeform serves these industries. It produces mission-critical metal components. Its current production supports several global frontier technology programs.
The investment confirms a clear trend. The future of manufacturing is intelligent. It is automated. It is data-driven. Freeform stands at the forefront of this evolution. Its "Physical AI" factories represent a paradigm shift. They move beyond incremental improvements. They propose a complete reimagining of production.
This funding ensures Freeform can meet escalating customer demand. It accelerates the deployment of the Skyfall platform. It propels the company’s AI-native manufacturing vision forward. The impact extends beyond Freeform. It influences the entire advanced manufacturing landscape. Competitors will watch closely. Industries will embrace new possibilities.
Freeform is not just building machines. It is building an ecosystem. A system where hardware and software work in unison. A system that learns. A system that adapts. A system that scales. This is the promise of Physical AI. This is the future Freeform is building.
The company's leadership, including CEO Erik Palitsch and CSO Tasso Lappas, drives this vision. Their strategy combines deep technical expertise with ambitious operational goals. The Hawthorne, CA base provides a hub for innovation. Silicon Valley's influence meets industrial manufacturing's demands. This synergy fosters a rapid pace of development.
The Series B funding round marks a pivotal moment. Freeform moves from a challenger to a leader. It solidifies its position in advanced metal 3D printing. The industry now observes a clear path. A path towards fully scalable, AI-driven fabrication. Freeform lights that path. Its future looks exceptionally bright. The world watches its next steps.
Hawthorne, CA-based Freeform made a significant announcement. The company closed a $67 million Series B funding round. This substantial capital injection signals a major leap. Freeform aims to accelerate its mission. Scaling advanced metal additive manufacturing stands as the core objective. The company seeks to eliminate traditional production constraints. Freeform's innovative approach promises to redefine industrial capabilities.
Demand for Freeform's platform already outpaces supply. This surge highlights a critical market need. The funding shifts focus. Validation of technology is complete. Rapid production scaling now takes center stage. This investment validates Freeform's technological prowess. It also underscores market readiness for next-generation manufacturing.
A powerful syndicate of investors backed the round. Apandion participated. AE Ventures joined. Founders Fund provided support. Linse Capital contributed. NVIDIA’s venture arm, NVentures, also invested. Threshold Ventures and Two Sigma Ventures completed the roster. These investors bring deep experience. Their expertise spans advanced computing. Frontier manufacturing is another key area. Large-scale operations expertise is vital. This diverse backing strengthens Freeform's strategic position. It offers critical resources beyond mere capital.
The fresh capital directly supports a pivotal launch. Freeform’s next-generation factory platform is named Skyfall. It is set to go live in the first half of 2026. Skyfall represents a monumental upgrade. It is engineered for unprecedented efficiency. This platform promises to transform metal 3D printing.
Skyfall’s capabilities are staggering. It is designed to increase production throughput. The boost exceeds 25 times current systems. Material capabilities will also expand. This growth surpasses 10 times existing limits. Such advancements unlock new possibilities. Complex, high-performance metal components become readily accessible.
The platform integrates high-performance computing. GPU-based compute powers Skyfall. NVIDIA GPUs drive its advanced functionality. This integration enables real-time sensing. Simulation processes occur instantly. Control across physical manufacturing operations is precise. This level of computational power is essential. It delivers the speed and accuracy required for modern industrial demands.
Freeform describes its unique methodology as "Physical AI." This concept merges physical and digital realms. It builds intelligent factories. These facilities combine proprietary robotics. Advanced sensing technologies are integral. Sophisticated simulation models guide production. Machine learning algorithms optimize every step. Robust control systems maintain precision. Verification technologies ensure quality. All these elements converge into a single integrated platform.
This unified approach streamlines the manufacturing process. It bridges the gap between hardware and software. The goal is clear: reduce iteration cycles dramatically. Improving yields stands as another core objective. Scaling precision metal component production becomes effortless. This system mirrors the agility of software development. It brings that speed to the physical world.
Traditional manufacturing faces inherent limitations. High costs, long lead times, and design constraints are common. Freeform’s AI-native approach shatters these barriers. It offers unparalleled flexibility. It delivers unprecedented speed. This empowers engineers and designers. They can iterate faster. They can produce complex parts never before possible.
The technology finds application in critical sectors. Aerospace demands lightweight, durable parts. Defense requires secure, high-performance components. Automotive seeks advanced materials for efficiency. Energy needs robust, custom solutions. Medical devices benefit from precise, bespoke fabrication. Freeform serves these industries. It produces mission-critical metal components. Its current production supports several global frontier technology programs.
The investment confirms a clear trend. The future of manufacturing is intelligent. It is automated. It is data-driven. Freeform stands at the forefront of this evolution. Its "Physical AI" factories represent a paradigm shift. They move beyond incremental improvements. They propose a complete reimagining of production.
This funding ensures Freeform can meet escalating customer demand. It accelerates the deployment of the Skyfall platform. It propels the company’s AI-native manufacturing vision forward. The impact extends beyond Freeform. It influences the entire advanced manufacturing landscape. Competitors will watch closely. Industries will embrace new possibilities.
Freeform is not just building machines. It is building an ecosystem. A system where hardware and software work in unison. A system that learns. A system that adapts. A system that scales. This is the promise of Physical AI. This is the future Freeform is building.
The company's leadership, including CEO Erik Palitsch and CSO Tasso Lappas, drives this vision. Their strategy combines deep technical expertise with ambitious operational goals. The Hawthorne, CA base provides a hub for innovation. Silicon Valley's influence meets industrial manufacturing's demands. This synergy fosters a rapid pace of development.
The Series B funding round marks a pivotal moment. Freeform moves from a challenger to a leader. It solidifies its position in advanced metal 3D printing. The industry now observes a clear path. A path towards fully scalable, AI-driven fabrication. Freeform lights that path. Its future looks exceptionally bright. The world watches its next steps.