Allonic

Allonic is a robotics hardware and manufacturing company founded in Hungary with a joint U.S. headquarters and operations in Budapest. It develops a production platform based on a proprietary process it calls 3D Tissue Braiding, which forms robotic "tissues" by 3D-weaving fibres directly over a skeletal core. Tendons, joints and load-bearing soft tissues are created together in one continuous automated run, so a robotic finger, for example, can consist of a small number of bone-like elements held together by hundreds of fine fibres anchored into the structure, in an arrangement compared to connective tissue in the human body. The company states this removes bulky fixtures and many traditional failure points found in screw-, bearing- and cable-based robotic hardware, producing bodies that are compliant, impact-resistant and safer around people.

The platform pairs proprietary machinery with software that lets users configure high-level robotic designs and have them translated automatically into production code, in a workflow the company likens to slicing in 3D printing. Multiple materials can be combined in a single structure, allowing elastics, wiring and sensing elements to be embedded during production, so advanced components or complete limbs can be produced directly from digital designs without distributed fabrication and assembly steps. Allonic frames the addressable problem as a manufacturing bottleneck: most advanced robots are still assembled manually from hundreds of precision parts, making them costly, hard to customise and difficult to scale.

Allonic states its second-generation machinery is 5x faster and 2x smaller than the prior generation, with 3x larger resolution measured in yarn count, and that robotic hands are an initial focus rather than the limit of the approach.

Founding story

Allonic was founded in 2021 and is led by co-founder and CEO Benedek Tasi. Its early work centred on reverse engineering the human hand tissue by tissue and building the materials, tools and machines needed to do so, reflecting the view that trade-offs between durability and softness, and between dexterity and strength, have been dictated by the limits of manufacturing [3][5][6].

Business model

Allonic sells access to robotic hardware produced by its own automated manufacturing platform, building the machinery, the software that drives it and the robot bodies themselves. It positions the platform as manufacturing infrastructure that lets customers design, produce and replace robotic components on demand, with end effectors cheap and fast enough to be swapped frequently rather than maintained through long service cycles [0][6][7].

Sources describe pilot projects and planned early commercial deployments with industrial partners, and an operating model in which customers order, produce and replace robotic components and complete limbs on demand; specific pricing or contract structures are not disclosed [6][7].

Traction

Allonic revealed its technology in May 2025 and has since completed a first pilot project in electronics manufacturing. As of February 2026 it reported a team of 15 engineers, a completed $7.2 million pre-seed round, and inbound interest from humanoid robotics companies and large consumer technology firms. It is recruiting mechatronics and mechanical engineers in Budapest [2][6][7].

Latest developments

In February 2026 Allonic announced a $7.2 million (€6 million) pre-seed round led by Visionaries Club, described by the company and press as the largest pre-seed financing completed in Hungary to date. Proceeds are earmarked for further development of the manufacturing platform toward production readiness, expansion of engineering and operations, and additional pilots and early commercial deployments. The company also reports second-generation machinery that is faster, smaller and higher resolution than its first generation, and is hiring mechatronics and mechanical engineers in Budapest [0][2][4][5][6][7].