Lay out a robotic cell the way you would on a whiteboard — drop robot arms, conveyors, machines, infeed pallets and vision stations, drag them into place, and watch each arm's reach envelope. The panel checks reachability, cell footprint and safety-fence coverage in real time, and exports the layout as JSON. Everything runs in your browser.
100% in-browser. Your layout never leaves your machine — nothing is uploaded to any server.
Pick a component, then click on the floor to place it. Click any placed item to select, drag to move, rotate or delete it below.
Tip: robot arms show a translucent reach ring. A machine, pallet or vision station counts as “reachable” when its centre falls inside at least one arm's ring.
This is a geometric planning aid — it checks reach, footprint and fencing. It does not simulate dynamics, collisions or cycle time; that needs a physics sim (ROS 2 / Isaac Sim), which is exactly what we build.
A reachable layout is step one. We build the digital-twin and simulation layer on top — ROS 2 / Isaac Sim cell simulation, collision and cycle-time studies, and PLC/SCADA-fed 3D dashboards that mirror the real line.
No upsell, no upload. If you are scoping a cell and want the reach, collision and cycle-time answers before steel is ordered, we can help you get there.