Where the tooling ends up

Five floors we already know

The tooling changes with the part, not with the sector. What changes between these five is the material the faces are cut from, the wash-down the unit has to survive, and the standard the plant is audited to.

Vehicle and component lines

Automated Transportation Systems

Heavy tooling for body and component work, where payload and reach decide the build long before cycle time does.

Rows of finished vehicles in a marshalling yard beside a plant

Grading and packing

Smart Agriculture Technologies

Handling for produce and packing lines, with faces cut for soft, irregular parts of which no two are quite alike.

Produce moving along a grading and packing conveyor

Cleanroom handling

Robotic Systems in Healthcare

Sealed tooling and non-marking contact faces for laboratories and device assembly, where the wash-down schedule decides the material before anything else.

Stainless process equipment on a trolley in a clean laboratory

Picking and palletising

Automated Logistics Solutions

Transfer, buffering and palletising across fulfilment floors, sized against the rate the slowest station can hold rather than the fastest.

Pallet racking stacked with wrapped goods in a distribution warehouse

Assembly and machine tending

Robotics in Manufacturing

Grippers and cells on stations where the part is known and the cycle repeats thousands of times a shift. Jaw geometry is cut against that one part.

Precision cutting tool working a metal part on a machining bed

Where these lines run

The same five lines, wherever the plant is.

Countries where one of these five is running a Robixx station

Tell us about your line

Five floors we already know

The same five lines, wherever the plant is.

Talk to our experts and discover the right solution for your production.

How robotic grippers are transforming modern manufacturing