3-axis baseline
X, Y and Z axes
Cartesian systems
Gantry motion built to your working envelope, for the jobs a standard arm cannot reach. Every GI system is engineered around your cell.

Models and selection
Start with the working envelope and payload, then specify the axes and structure around the application.
X, Y and Z axes
Fourth axis optional
Specified with you for the cell
Scroll horizontally to view and compare every column.
| PARAMETER | GI Series | Notes |
|---|---|---|
| Axes | 3 (X, Y, Z) | Fourth axis optional |
| Payload | Up to 25 kg | Application dependent |
| Working envelope | Custom | Specified with you |
| Repeatability | To be specified | Depends on span and payload |
| Typical use | Dispensing · routing | Large-format handling |
| Structure | Aluminium extrusion | Steel base option |
| Delivery | Design, build, install, support | |
| Control | Kikobot controller | |
| Integration | Vision, grippers, dispensers | |
| Lead time | Quoted per project | |
Standard platform
Each GI project is specified around the cell, with the following platform and delivery scope defined on the page.
The control platform specified for GI systems.
Design, build, installation and support are included in the stated delivery scope.
GI systems are configured for vision, grippers and dispensers as required by the application.
Why Kikobot
The working envelope is configured around the required span, stroke, height and payload.
GI systems use the Kikobot controller and are configured for the required process integration.
The stated delivery scope covers design, build, installation and support.
Applications
Downloads and quote
Send the required span, stroke, height, payload and process. We will use them to discuss the axes, structure and integration scope.