Light Materials is scaling a direct-growth manufacturing process for ultra-high-performance materials like carbides, borides, and diamond, which cannot be melted or cut using conventional methods. The process enables complex parts that were previously impossible to produce, supporting applications where components must withstand extreme heat, speed, and thermal loads.
Funding
Funding not disclosed
Founders
Product
Problem
Nearly every material used at scale is either cast from a liquid or cut from a solid, but the highest-performing materials known—carbides, borides, and diamond—do not melt and cannot be cut. This limits the ability to manufacture complex parts from these materials, leaving critical components unbuilt in industries that need extreme performance.
Solution
Light Materials is scaling up a process that directly grows complex parts from these extreme materials, bypassing the limitations of casting and machining. The approach enables the production of geometries that were previously impossible, opening new possibilities for components in demanding environments. This manufacturing method supports applications such as faster vehicles, hotter-burning engines, and cooler-running chips, addressing performance limits in advanced engineering sectors.
Target Audience
Primary customers are advanced manufacturing and engineering firms in aerospace, energy, and semiconductor industries that require components with extreme thermal, mechanical, or electrical performance characteristics.
Features
- Direct-growth manufacturing process for non-meltable, non-cuttable materials including carbides, borides, and diamond
- Ability to produce complex part geometries not achievable through traditional casting or subtractive methods
- Process is being scaled for industrial deployment, indicating a focus on production capacity and repeatability
- Target applications include high-temperature, high-speed, and high-thermal-conductivity use cases such as engine components and chip thermal management