The part is the program.
- Upload the CAD model.The model tells the robot what the part is.
- Select grip and place zones.Click them on the model's surfaces.
- The camera finds the part.In 3D, as it lies, on every cycle.
- The robot plans its motion.It treats everything else as an obstacle.
Qnion robots find each part with a 3D camera and plan their own motion. Nothing is taught on a pendant.
A taught robot knows only where the part used to be.
- Parts drift as dies wear.The taught grip lands a few millimetres off, then misses.
- New parts keep arriving.Each one waits for a specialist to re-teach the robot.
- The cell gets moved.A knocked camera forces recalibration.
A new part goes into production in four steps.
The engineer does two steps once per part. The robot does two on every cycle, on its own.
Upload the CAD model.
The model tells the robot what the part is.
Select grip and place zones.
Click them on the model's surfaces.
The camera finds the part.
In 3D, as it lies, on every cycle.
The robot plans its motion.
Collision-free, for every pick.
The QS-6-980 in simulation, from a part's CAD file to a filled stack.
Engineers here work on the whole machine.
Perception, planning, control, electronics and mechanics sit in one lab. You work on the real arm.
Real hardware
Your code moves a six-axis arm in the same building.
The full stack
3D perception, motion planning, real-time control and the operator screen.
A problem you own
The team is small. Each engineer owns one part of the machine.
A mentor beside you
You work next to the founder. Questions get answered at the machine.
The cell is running in our Pune lab.
Choose the page written for you.
Join a team building on real hardware.
See the problems on our bench and how to apply.
Careers PlantsAutomate the station you cannot teach.
See what a Qnion cell removes, and how to buy or rent one.
For plants InvestorsSee the market, product and team.
Automation has barely begun in India's component plants.
For investors