Robot automation built around the production task.
Explore 21 robot and cobot application routes built around real production tasks, from palletising and machine tending to case packing, bin picking, dispensing, finishing and inspection.
Start with the result you need in production.
You do not need to select a robot first. Open the task closest to your process and use the checklist to prepare an application review.
Robotic palletising systems built around your product and line
Robotic palletising systems for boxes, bags, containers and packaged products. Complete cells with infeed, grippers, pallet handling, guarding and controls.
Explore application →Compact cobot palletising for suitable end-of-line applications
Compact cobot palletising systems for suitable boxes, trays and packaged products, with gripper, infeed, pallet positions, safety and recipe controls.
Explore application →Automate repetitive machine loading and unloading
Robot machine tending for machine tools, presses, moulding machines and production equipment, including grippers, fixtures, doors, controls and guarding.
Explore application →CNC machine tending designed around parts, batches and machine cycles
Industrial robot and cobot CNC machine tending for lathes, machining centres and mills, with part presentation, dual grippers, doors, chucks and controls.
Explore application →Find, classify and handle products at production speed
Vision-guided robot sorting for locating, orienting, inspecting and routing products on conveyors using delta, SCARA or six-axis robots.
Explore application →Pick, orient and place products with repeatable robot handling
Robotic pick and place cells for products, components and packs using six-axis, SCARA, delta or collaborative robots with custom grippers and vision.
Explore application →Flexible robotic packaging built around product flow
Robotic packaging systems for product loading, collation, case packing, tray loading and flexible pack handling with vision, grippers and line controls.
Explore application →Repeatable robotic assembly for components and subassemblies
Robotic assembly cells for component placement, insertion, fastening, dispensing, inspection and test using six-axis, SCARA or collaborative robots.
Explore application →Robotic welding cells engineered for repeatable joints and safe production
Robotic welding cells for suitable arc, spot and laser applications, including positioners, extraction, guarding, fixtures, controls and process integration.
Explore application →Consistent robotic spraying across complex product geometry
Robotic spraying and coating cells for suitable paint, powder and process applications, with purpose-selected robots, extraction, safety, fixtures and controls.
Explore application →Automate repetitive movement between production processes
Robotic material handling cells for component transfer, loading, unloading, stacking and movement between production processes.
Explore application →Connect packing, palletising and dispatch as one controlled system
Integrated end-of-line automation for product handling, case packing, palletising, wrapping, labelling, inspection and pallet movement.
Explore application →Automate unloading from pallets into production or warehouse flow
Robotic depalletising for cases, bags, containers and layers, with vision, grippers, pallet handling, conveyors and safe operator access.
Explore application →Automate moulded-part take-out and downstream handling
Injection-moulding robots and Cartesian take-out manipulators for part removal, sprue handling, insert loading and downstream placement from 50T to 2,100T.
Explore application →Robotic case packing systems
Load products, collations and packs into cases, trays and shelf-ready packaging.
Explore →3D vision robotic bin picking
Pick randomly presented parts from bins, totes and stillages using 3D vision.
Explore →Robotic tray loading
Place products and components into trays, nests, fixtures and process carriers.
Explore →Robotic dispensing and gluing
Apply adhesives, sealants, grease and other process materials along controlled paths.
Explore →Robotic grinding, polishing and deburring
Automate surface finishing with compliant tooling, force control and extraction.
Explore →Robotic press tending
Load, unload and transfer components around presses with safe machine interfaces.
Explore →Robotic quality inspection
Use controlled multi-view vision and sensing for inspection and measurement.
Explore →Continue planning your automation project
Use these pages to compare approaches, define the application and prepare the information needed for a useful feasibility review.
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Understand the complete integration scope from feasibility to handover.
Read more →Industrial robots vs cobots
Compare the architectures by output, payload, access and safety.
Read more →Robot selection matrix
Compare 20 reference platforms and published specifications.
Read more →Discuss the production task with an automation engineer.
Send the product details, required output, available space and a photo or short video of the current process. We will review the application and identify the next engineering step.