Speed, reach and payload for automated cells.
Six-axis, SCARA, parallel and palletising robots for enclosed or safeguarded production cells requiring repeatable output and demanding duty cycles.
View industrial robotsTell us the product, task and target output. We engineer the complete automation cell around your production process—from robot selection and tooling to controls, safeguarding, installation and training.
You do not need to choose the robot first. We review your product, required rate, available space, interaction with operators and upstream or downstream equipment, then define the most suitable robot or cobot cell.
Six-axis, SCARA, parallel and palletising robots for enclosed or safeguarded production cells requiring repeatable output and demanding duty cycles.
View industrial robotsCompact robot platforms for light handling, packaging, assembly and machine support where the complete application and risk assessment support collaborative operation.
View cobotsExplore representative robot platforms by application, payload and reach. We integrate the selected platform with the equipment needed to make the cell work in production.
View all 20 options
Product packaging and light assembly and injection-moulding support and machine loading/unloading.

Heavy palletising of bags, boxes and bottles and large-work-envelope material handling.

High-speed sorting of light scattered products and horizontal gripping, flipping and vertical placement.

Machine-tool and injection-moulding loading/unloading and metal processing, bending, shearing and transfer.

High-speed handling and pick-and-place and visual inspection and sorting.

Extraction of moulded plastic components and containers, packaging items and general moulded parts.
Use the dedicated application, engineering and sector pages to identify the evidence, tooling, controls and safety questions that shape a production-ready robot cell.
View all 21 applicationsLoad products, collations and packs into cases, trays and shelf-ready formats.
Explore case packing →Pick randomly presented parts from bins and totes with 3D vision and collision-aware motion.
Explore bin picking →Control contact force, paths, abrasive wear, extraction and finish quality.
Explore finishing →Define cycle, tooling, layout, safety, interfaces and next-step evidence before order.
Explore feasibility →Compare an indicative task sequence with the seconds available at the required output.
Build a cycle budget →Discuss robot and cobot projects from application review through installation and support.
Meet the Oxfordshire team →We coordinate the robot, end-of-arm tooling, product handling, sensing, controls, machine interfaces and safeguarding so your team has one clear route from concept to production handover.
Product, rate, formats, current process, site constraints and operator requirements.
Robot, tooling, motion path, fixtures, vision, controls, safety and layout.
Integration, programming, dry testing, product trials and issue closure before deployment.
Installation, commissioning, acceptance, training and support planning.
Send product details, photos or video, required output and available space. We will define the next technical step.
Show the current task with representative parts, cycle observations and the required production outcome. Identify handling variation, process constraints and the interfaces to existing equipment. Define what the first trial must prove, then develop tooling, controls, safeguarding and acceptance criteria around that evidence.
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