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Hungarian robotics startup developing 3D Tissue Braiding technology that automates the weaving of robotic tendons, joints, and load bearing structures directly over a skeletal core in one continuous process.
Allonic is attacking a bottleneck most robotics startups inherit rather than solve: how to manufacture complex robot bodies fast enough and cheaply enough to iterate. Its bet is that if robotic limbs can be braided as integrated structures instead of assembled from hundreds of discrete parts, dexterity, safety, and manufacturability can improve at the same time.
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A concise view of platform maturity and deployment footprint.
$7.2M
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Allonic is a Budapest robotics hardware company building 3D Tissue Braiding, a manufacturing platform for integrated robotic limbs and bodies. Founded in 2021, the company focuses on the production bottleneck behind dexterous and compliant robots, aiming to replace assembly-heavy hardware with a single automated process that can embed tendons, structure, wiring, and sensing into one build.
EU-Startups reported that Allonic was founded in 2021 to build a robotics hardware platform around 3D Tissue Braiding. The company positions the technology as a new way to manufacture integrated, compliant, bio-inspired robotic bodies through one automated process rather than through labor-intensive assembly.
By February 2026, EU-Startups said Allonic had been public about its technology since May 2025 and had already completed a first pilot project in electronics manufacturing. That milestone mattered because it showed the platform moving from a manufacturing thesis into an applied robotics workflow where conventional assembly-heavy designs struggle on versatility and cost.
In February 2026, Allonic announced a EUR 6 million pre-seed round led by Visionaries Club with participation from Day One Capital, Prototype, SDAC Ventures, TinyVC, and angel investors including OpenAI and Hugging Face. The company said the capital would be used to accelerate its braiding platform, expand engineering and operations, and support more pilots and early commercial deployments.