Machina Labs vs Loombotic
Side-by-side comparison of AI visibility scores, market position, and capabilities
Raised $124M Series C in February 2026 backed by Toyota Woven Capital and Lockheed Martin Ventures, launching its first large-scale intelligent factory producing airframe skins, missile structures, and hypersonic components for the U.S. Air Force.
About
Machina Labs is an advanced manufacturing company that has developed a robotic metal forming process combining AI-controlled robotic arms, force sensing, and electromagnetic forming (EMF) to manufacture complex sheet metal parts without traditional stamping dies. Founded in 2019 by former SpaceX engineers Edward Mehr and Babak Raeisinia, the company's Roboforming technology uses two industrial robot arms, each equipped with a force-sensing forming tool, to precisely shape metal sheets into complex 3D geometries through incremental forming movements controlled by AI path-planning algorithms. Dies — which cost $100,000+ and take months to produce — are eliminated entirely.
Toronto automated wire harness factory (YC F24, 2024); 99% yields and 2x throughput from AI robotics targeting $200B manual harness market; ex-Tesla/Ericsson founders competing with Komax for EV and aerospace automation.
About
Loombotic is a Toronto, Ontario-based manufacturing automation company — backed by Y Combinator (Fall 2024 cohort) — building the world's first fully automated wire harness factory using AI-driven robotics to deliver precision wire harnesses in as little as 7 days for electric vehicle, aerospace, data center, and industrial automation customers. Founded in 2024 by CEO Ethan Breit (programming since age 8, former Ericsson embedded systems developer) and CTO Lucas Crupi (youngest SolidWorks expert at age 15, former Tesla Cybertruck battery design engineer), the founding team first met at the Canada Wide Science Fair and built together for six years before launching Loombotic. The 4-person company has achieved 99% manufacturing yields and 2x throughput improvements through lean manufacturing and Six Sigma methodologies applied to automated wire harness production, targeting the $200+ billion global wire harness market that has resisted automation despite advances in other manufacturing sectors.
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