tendon-driven hand
adapter flanges for all major cobots
designed and assembled in Daugavpils
Traditional industrial end-effectors rely on rigid parallel grippers that fail when handling compliant, delicate, or irregular geometries. Cyreo was founded by mechanical and reinforcement learning engineers to solve this physical dexterity barrier from the ground up.
By moving the motors out of the hand and pulling the fingers with tendons through low-friction PTFE tubes, our hand bends like a human one, adapts to the shape of the object and keeps working through long shifts.
We design, print and assemble every hand ourselves in Daugavpils. The drive box holds all the motors and electronics, so the hand itself stays light and can be mounted on any robot with an adapter flange.
Springs are made in Latvia, the electronics come from Korea. Because design, printing and testing happen in one place, a new idea goes from drawing to a working finger in days, not months.
The people building Cyreo hands in Daugavpils.
Mag. Sc. Ing. in production technology, engineer in instrument engineering. 20 years of solving production problems with CNC machines and robotic automation.
Marketing, website and administration.
Robot programming and integration.
Cloud infrastructure, system scaling and cybersecurity.
Industrial design, 3D modelling and product development.
We collaborate with European research groups and industrial automation labs seeking custom dexterity hardware or kinesthetic policy deployment.