Robotic EOAT Design and Manufacture


Robotic EOAT Design and Manufacture

Superior EOAT for any work cell

The quality of the design and manufacture of the end of arm tooling is the key to a successful robotic work cell implementation. We place a substantial focus on our EOAT design solutions and our ongoing aim is to create and implement innovative, reliable and robust robotic solutions.

We design and manufacture high performance robotic end effectors and robot gripper systems for automated manufacturing systems and we have the required in-house skills and technical know how to develop first class EOAT for any work cell.

Products and Services

Dynamic robotic EOAT design solutions

Robotic requirements can be widely diverse but ALM have the specialists in place to deliver all of your EOAT requirements. From electric to pneumatic grippers, from vacuum arrays to foam grippers we provide robust solutions for deployment on both industrial and collaborative robots.

EOAT Design and Manufacture

Bespoke EOAT
Design Solutions

ALM specialise in custom designed, robustly engineered and constructed end of arm tooling (EOAT) grippers and end effectors, for a wide range of robotic automation applications.

Workpiece Carriers

Assembly Line
Automation Solutions

ALM offers a wide variety of EOAT solutions to maximise the robotic assembly line automation process. Our solutions are solidly built, easy to maintain and deliver maximum performance.


ALM products are designed to meet the demands of the following industries ..

What Makes Us Different?

Technical Roots

Our team are EOAT technical experts, having experienced many end of arm tooling challenges first-hand.


We don’t outsource, re-sell or re-badge our services. We take full responsibility for each project.

Motivated People

100% of our staff believe they have a career and not a job. Everybody works as a team for the greater good.

Working from your CAD files our engineers;

  • Design EOATs and pallet boards using Solidworks 3D CAD

  • Create 3D models of your tooling and components

  • Manufacture all parts (in-house CNC manufacturing)

  • Assemble the tooling or pallet boards and fully test them

No ‘internal’ machine downtime. The finished product is ready to fit and programme with minimal downtime leading to a reduction in set up costs, increased machine utilisation and increased profitability.