Lay out pallets, conveyors and guarding in your browser, click to teach Home, Pick and Place, and download a ready-to-run KUKA KRL palletizing program. No simulation licence, no hand-written code.
Designed in the browser, run on a real KUKA KR210: 15:10 → 15:29, zero lines of KRL written. How the cell builder works →
Enter rows, columns, layers, box size and spacing, and export production-ready KUKA KRL or ABB RAPID palletizing code. From generator to running robot in under 10 minutes.
Built by engineers who program industrial robots for a living. No fluff, no bloated interfaces — just fast, accurate code generation.
Define pallet dimensions, rows, columns, layers and spacing. Toggle between KUKA and ABB and export consistent .SRC/.DAT or .MOD programs ready for integration.
Check spacing, footprint, overhang and layer alignment visually before generating code. Catch layout problems before robot time is wasted.
Toggle between palletizing and depalletizing modes. Top-layer-first logic, separator sheet support, all positions calculated automatically.
Set rows, columns, layers, product dimensions and spacing.
Check the pallet stack visually before generating any code.
Production-ready .SRC/.DAT for KUKA or .MOD for ABB. Load onto the controller, teach pick position, run.
Full palletizing cycle — pick, approach, place, retract — all positions calculated.
Practical technical resources built from real-world experience integrating industrial robot cells.
From a blank floor to a running, compliant cell, in order: layout and robot selection, ISO 12100 risk assessment, safety circuit design, SISTEMA, controls, I/O, programming, FAT, commissioning and CE marking.
Working pick and place programs for KUKA KRL and ABB RAPID with a search routine for variable part height — the robot finds the part automatically. Every line annotated.
Generate production-ready KUKA KRL or ABB RAPID programs from a configurable pallet layout. Live 3D preview, palletizing and depalletizing modes, separator sheet support, simulation verified.
Free technical guides covering KRL and RAPID structure, palletizing logic, frames, and motion commands.