Come join us at @AllonicRobotics as a Robotics Engineer! This role is really close to the fire: you'll work with our groundbreaking 3D Tissue Braiding technology to define how the robots of a completely new category are built.
Apply here: https://t.co/3VVIulgG7e
We’re looking for a Robotics Engineer with category-defining ambitions to join us at our Budapest HQ!
This is a high-trust, crucial role at the heart of our Solutions Team – hands-on with 3D Tissue Braiding to build a new generation of robots.
Apply here: https://t.co/Aa8DsngL3v
We're hiring at @AllonicRobotics !
If you're interested in 3D Tissue Braiding, the robotics it enables, and want to build something truly category-defining, DM me or apply here: https://t.co/IJ2RGxva7t
@mightyfog@GoingBallistic5@benedektasi@AllonicRobotics@lukas_m_ziegler Our vision: robust, dexterous and safe manipulators produced in a few minutes, at the cost of a glove today, in a single, fully automated process instead of assembling hundreds of components! How much easier will it be to build and swap custom hands or grippers, for any task?
@MarwaEldiwiny It's all about load-bearing! Strong soft tissues are still very difficult to make, even with SLS/SLA - attaching them to rigid parts even more so. Our fibers distribute forces over bone surfaces -> no weak points, yes impact resistance & robustness! Happy to tell you more anytime
Budapest-based @AllonicRobotics just raised $7.2M to prove that "weaving" robots is faster than assembling them.
Check out how they’re scaling 3D Tissue Braiding 👇
https://t.co/8evt0u8EW9
This unique hand design has been stitched in my heart since meeting @benedektasi at the Humanoid Summit
The novel manufacturing approach deserves a thread🧵
Robotic hands tend on being slow to assemble and this looms large on the industry
@AllonicRobotics hands can be built at warp speed
To learn the ropes, competitors will need to weave and bob if they wish to keep up with this braidy bunch!
Robotics needs better design tools.
At @AllonicRobotics we’re building that with Tissue Braiding. We just closed $7.2M pre-seed to test in the real world, and turn ideas into hardware. We’re hiring.