3D Printing's Industrial Leap: Impossible Objects Secures $40M for Production Scale
September 18, 2026, 9:32 am
Location: United States
Employees: 11-50
Founded date: 2011
Total raised: $53.3M
Impossible Objects landed $40 million in Series B funding. This capital fuels the expansion of its Composite-Based Additive Manufacturing (CBAM) technology. CBAM offers rapid, high-strength 3D printing for true industrial production. It pushes additive manufacturing past prototyping limitations. Key sectors like defense and aerospace are already adopting this revolutionary process. The investment signifies a major shift in global manufacturing, empowering flexible supply chains and challenging traditional production methods. This move positions Impossible Objects at the forefront of the next industrial era, where speed and strength redefine what is possible in digital fabrication. The company's technology is critical for advanced economies seeking resilient and responsive manufacturing capabilities.
Impossible Objects recently secured $40 million in Series B funding. This investment propels its Composite-Based Additive Manufacturing (CBAM) technology. The company aims to redefine industrial production. It moves 3D printing beyond its traditional role. Prototyping is no longer the sole domain of additive manufacturing. Industrial scale production is the new frontier.
Inflection Equity led the funding round. Aaron Wealth Management, OCA Ventures, Impact Capital, and Excell Partners also participated. This capital will scale production of CBAM systems. It funds customer deployments. It builds commercial and service teams. These elements support a rapidly expanding user base.
Impossible Objects’ technology is a game-changer. It addresses critical limitations of earlier 3D printing methods. Speed, material strength, and cost have historically restricted additive manufacturing. CBAM tackles these head-on. It offers unprecedented performance.
The CBAM 25 system prints rapidly. It achieves up to 25 layers per minute. This speed is significant. It is 15 times faster than many competing production-grade additive technologies. Such velocity enables high-volume manufacturing. It makes additive processes viable for factory floors.
Material capabilities also set CBAM apart. The system uses advanced composites. Carbon fiber is a prime example. Resulting parts exhibit exceptional strength. They reach up to 200 MPa. This is four times stronger than parts from competing additive processes. Minimal shrinkage and warping also characterize CBAM parts. This combination of speed and strength provides a powerful alternative.
Traditional manufacturing often relies on CNC machining or injection molding. These methods incur substantial tooling costs. CBAM technology bypasses these expenses. It offers a tool-less manufacturing approach. This flexibility reduces lead times and costs. It democratizes complex part production.
Impossible Objects is not operating in theory. The CBAM 25 system launched in early 2025. It quickly found practical applications. Five orders are already in active deployment. Aerospace, defense, and advanced manufacturing sectors utilize the technology.
The U.S. Air Force employs CBAM systems. The National Institute for Aviation Research uses them. The Oregon Manufacturing Innovation Center benefits. Rochester Institute of Technology integrates the technology. These deployments demonstrate its real-world utility.
A notable application is at the U.S. Army’s Rock Island Arsenal. The CBAM 25 supports drone body production. It can manufacture up to 10,000 drone bodies monthly. This scale far surpasses typical additive manufacturing output. It firmly positions CBAM for mass production.
Government backing underscores the technology’s strategic importance. Impossible Objects secured $20 million in U.S. government contracts. These include Small Business Innovation Research (SBIR) awards. Funding supports critical defense projects.
High-strength long-range drones are a focus. Composites with strength comparable to conventionally manufactured parts are developed. Integrated wiring embedded inside printed parts is another advancement. Lightweight aircraft wing and fuselage structures benefit from CBAM. The technology features in the U.S. Air Force’s official technology roadmap. This integration signals its vital role in future defense capabilities.
The nature of modern warfare demands new manufacturing solutions. Militaries require robust and flexible distributed production. Systems like drones and counter-drone equipment are essential. Repair parts must reach soldiers faster. Additive manufacturing offers this agility. It ensures readiness and responsiveness.
The investment in Impossible Objects reflects a broader trend. Capital is flowing towards production-scale 3D printing. Investors are keen to move additive manufacturing past prototyping. The goal is certified, high-throughput production processes.
Other companies also receive significant backing for similar aims. Hadrian launched Hadrian Additive. It aims to take 3D printing from prototype to production. U.S. defense programs are its primary focus. Hadrian previously raised nearly $500 million. A $260 million Series C round in mid-2025 fueled its factory build-out. This underscores the immense capital flowing into production-focused additive manufacturing.
Another raise highlights the same goal further up the supply chain. 6K Additive went public on the Australian Securities Exchange. Its A$48 million IPO generated funds for expanding production capacity. The company reported a $240 million sales pipeline. Aerospace and defense demand largely drives this pipeline. Like Impossible Objects, 6K’s funding aims to scale existing demand. It prioritizes production capacity over new research.
These investments send a clear signal. Investors are building the infrastructure for production-grade 3D printing. The technology is no longer solely a research tool. It is becoming an industrial workhorse. This shift is transformative for global manufacturing supply chains.
Impossible Objects focuses on ramping up system production. It expands its footprint with existing customers. The company bets on speed and strength advantages. These attributes attracted defense and aerospace buyers. They will also propel the technology into broader industrial use.
The CBAM 25 was designed for high productivity and reliability. It combines these with tool-less flexibility. Modern, adaptive supply chains demand such capabilities. Impossible Objects positions itself at the forefront. It creates the modern manufacturing supply chains advanced economies require.
This evolution impacts every sector. From consumer goods to medical devices, industrial 3D printing offers benefits. Faster iteration, customized production, and localized manufacturing become possible. Supply chains become more resilient. They adapt to unforeseen disruptions.
The future of manufacturing is digital and agile. Impossible Objects is a key player in this transition. Its advanced additive manufacturing technology promises to reshape industries. It delivers on the long-awaited promise of 3D printing. It brings true production capability to the factory floor. This marks a new era for industrial innovation and global competitiveness.
Impossible Objects recently secured $40 million in Series B funding. This investment propels its Composite-Based Additive Manufacturing (CBAM) technology. The company aims to redefine industrial production. It moves 3D printing beyond its traditional role. Prototyping is no longer the sole domain of additive manufacturing. Industrial scale production is the new frontier.
Inflection Equity led the funding round. Aaron Wealth Management, OCA Ventures, Impact Capital, and Excell Partners also participated. This capital will scale production of CBAM systems. It funds customer deployments. It builds commercial and service teams. These elements support a rapidly expanding user base.
Impossible Objects’ technology is a game-changer. It addresses critical limitations of earlier 3D printing methods. Speed, material strength, and cost have historically restricted additive manufacturing. CBAM tackles these head-on. It offers unprecedented performance.
The CBAM 25 system prints rapidly. It achieves up to 25 layers per minute. This speed is significant. It is 15 times faster than many competing production-grade additive technologies. Such velocity enables high-volume manufacturing. It makes additive processes viable for factory floors.
Material capabilities also set CBAM apart. The system uses advanced composites. Carbon fiber is a prime example. Resulting parts exhibit exceptional strength. They reach up to 200 MPa. This is four times stronger than parts from competing additive processes. Minimal shrinkage and warping also characterize CBAM parts. This combination of speed and strength provides a powerful alternative.
Traditional manufacturing often relies on CNC machining or injection molding. These methods incur substantial tooling costs. CBAM technology bypasses these expenses. It offers a tool-less manufacturing approach. This flexibility reduces lead times and costs. It democratizes complex part production.
Impossible Objects is not operating in theory. The CBAM 25 system launched in early 2025. It quickly found practical applications. Five orders are already in active deployment. Aerospace, defense, and advanced manufacturing sectors utilize the technology.
The U.S. Air Force employs CBAM systems. The National Institute for Aviation Research uses them. The Oregon Manufacturing Innovation Center benefits. Rochester Institute of Technology integrates the technology. These deployments demonstrate its real-world utility.
A notable application is at the U.S. Army’s Rock Island Arsenal. The CBAM 25 supports drone body production. It can manufacture up to 10,000 drone bodies monthly. This scale far surpasses typical additive manufacturing output. It firmly positions CBAM for mass production.
Government backing underscores the technology’s strategic importance. Impossible Objects secured $20 million in U.S. government contracts. These include Small Business Innovation Research (SBIR) awards. Funding supports critical defense projects.
High-strength long-range drones are a focus. Composites with strength comparable to conventionally manufactured parts are developed. Integrated wiring embedded inside printed parts is another advancement. Lightweight aircraft wing and fuselage structures benefit from CBAM. The technology features in the U.S. Air Force’s official technology roadmap. This integration signals its vital role in future defense capabilities.
The nature of modern warfare demands new manufacturing solutions. Militaries require robust and flexible distributed production. Systems like drones and counter-drone equipment are essential. Repair parts must reach soldiers faster. Additive manufacturing offers this agility. It ensures readiness and responsiveness.
The investment in Impossible Objects reflects a broader trend. Capital is flowing towards production-scale 3D printing. Investors are keen to move additive manufacturing past prototyping. The goal is certified, high-throughput production processes.
Other companies also receive significant backing for similar aims. Hadrian launched Hadrian Additive. It aims to take 3D printing from prototype to production. U.S. defense programs are its primary focus. Hadrian previously raised nearly $500 million. A $260 million Series C round in mid-2025 fueled its factory build-out. This underscores the immense capital flowing into production-focused additive manufacturing.
Another raise highlights the same goal further up the supply chain. 6K Additive went public on the Australian Securities Exchange. Its A$48 million IPO generated funds for expanding production capacity. The company reported a $240 million sales pipeline. Aerospace and defense demand largely drives this pipeline. Like Impossible Objects, 6K’s funding aims to scale existing demand. It prioritizes production capacity over new research.
These investments send a clear signal. Investors are building the infrastructure for production-grade 3D printing. The technology is no longer solely a research tool. It is becoming an industrial workhorse. This shift is transformative for global manufacturing supply chains.
Impossible Objects focuses on ramping up system production. It expands its footprint with existing customers. The company bets on speed and strength advantages. These attributes attracted defense and aerospace buyers. They will also propel the technology into broader industrial use.
The CBAM 25 was designed for high productivity and reliability. It combines these with tool-less flexibility. Modern, adaptive supply chains demand such capabilities. Impossible Objects positions itself at the forefront. It creates the modern manufacturing supply chains advanced economies require.
This evolution impacts every sector. From consumer goods to medical devices, industrial 3D printing offers benefits. Faster iteration, customized production, and localized manufacturing become possible. Supply chains become more resilient. They adapt to unforeseen disruptions.
The future of manufacturing is digital and agile. Impossible Objects is a key player in this transition. Its advanced additive manufacturing technology promises to reshape industries. It delivers on the long-awaited promise of 3D printing. It brings true production capability to the factory floor. This marks a new era for industrial innovation and global competitiveness.