We turn designs and prototypes into working machines. We handle mechanical design, custom boards, control panels and robot system integration in-house, and design and print hands, fixtures and peripheral parts ourselves.
What you bring, what we return
| What you bring | Design data, prototypes, the task you want to automate, 3D data of the workpiece, site conditions |
| What we return | A working machine; robot hands, fixtures and peripheral parts; custom boards and control panels |
What we can do
- Robot system integration: we cover everything from mechanical design and fabrication to robot system integration.
- Electrical: we design and fabricate PCBs and build control panels (partly OEM).
- Computing: on-site inference and robot control run on NVIDIA DGX Spark / Jetson; training and simulation run on AWS.
- Hands, fixtures and peripheral parts: designed in nTop and printed on Carbon DLS and Markforged X7. No tooling is needed.
- Digitizing the site: we scan the site with a Leica BLK360 and turn it into data for robot simulation (Real2Sim).
Our products
| Dermis | A lattice-structured elastomer part fitted to the exterior of collaborative robots and humanoids |
| Nidus | A holding fixture generated from the workpiece’s 3D data and made by 3D printing |
| Autonomous mobile bed robot | In development. Details will be announced at release. |
On safety
The safety of equipment that uses collaborative robots is judged by qualified personnel, based on risk assessment, the applicable standards and verification on the actual machine. Parts or design alone do not guarantee safety.
Related work
Collaborative Robot Safety Project: we designed and built a lattice-structured part that fits over the arm of a collaborative robot. All work
Talk to us
The task you want to automate, 3D data of the workpiece and the site conditions help us propose faster.