Gantry and Cartesian robots move in straight lines. Traverse, kick, and vertical strokes take the EOAT into the mould, grip the part, and bring it straight back out - the standard choice for take-out on injection moulding machines.
Gantry and Cartesian robots move in straight lines - the standard choice for take-out on injection moulding machines.

No joints stacking on top of each other, no wasted motion. That directness is exactly what makes gantry and Cartesian robots the standard choice for take-out on injection moulding machines: fast, repeatable, and mechanically simple enough to run cycle after cycle without drift. Mounted overhead, they also keep the floor clear around the press.

We design the EOAT to suit the injection mould tooling itself: the part geometry, the runner, degating, insert loading, and how the part needs to be released and placed once it's out. That's the difference between an EOAT that works and one that's fighting the mould on every cycle.

We build gantry and Cartesian systems from small setups suited to compact injection moulding cells, right up to large systems for heavy loads. Where the application suits it, we incorporate the robot into the machine design from the start, so it becomes part of how the machine works, not an add-on to it.
We're not tied to a particular robot brand. We build around what the mould, the part, and the process actually need.
Supplying EOAT for a gantry or Cartesian robot you've already got running - retrofitted to suit what's already in place.
Working alongside your system integrator, supplying the EOAT while they handle the wider cell.
Delivering the full package - robot, EOAT, and machine - as one turnkey solution.
That's fine, especially with injection moulding, where every mould brings its own quirks. If you're not sure whether gantry or Cartesian is right for your press, we can help work that out. And if you're not sure what the finished take-out solution will look like or how it'll run, we simulate it during the design process so you can see it before it's built.
A close, three-stage process from first conversation through to a finished take-out solution - click a stage below to see how it works.
Every detail about your product, your process, and your constraints - before design work starts. Nothing about the brief gets assumed; if a spec sheet or drawing leaves a question unanswered, we ask it now rather than guessing later.
We attend sites to look at the real-life scenario, not just drawings and data sheets. Seeing the actual line, the actual part, and the actual space it has to fit into catches the details a spec sheet alone never would.
We stay close to you throughout, so the product stays the priority, not just hitting a deadline. Bespoke EOAT, engineered for your application, built for the long run, and designed to suit the mould, not fight it.
Fox Precision have consistently delivered high-quality precision-engineered components and end-of-arm tooling solutions. Their expertise, responsiveness, and attention to detail have been instrumental in supporting our projects and maintaining reliable, high-performing manufacturing operations. We value them as a trusted and professional engineering partner.