A compact KUKA-based cell marks and assembles controllers, performs leak and electrical checks and loads software in parallel. A completed controller leaves every two minutes, with an eight-to-eleven-minute passage through the process.

Four robot cells scan, sort and palletise open cases of raw eggs. A custom gripper supports the case bottoms while limiting handling force.

A 20 × 12 m robot cell handles acoustic-panel slats with automatic pallet selection. Its 2.5 m gripper weighs almost 500 kg and transfers 90 slats of 10 × 24 × 3,600 mm in a lift.

Three unfinished hose-winding robots were completed and reprogrammed. An expanding, collapsible winding core was developed for biomedium production.

Four adjustable assembly tables guide component picking, camera checks and leak testing while recording traceability data. The guided assembly cycle is six minutes.

Reprogramming an existing robot and integrating a reflector-application machine restored road-post production.

Two Motoman robots tend an Amada press brake and stack building profiles using combined mechanical and vacuum gripping.

A compact cell uses a matched pneumatic finger lift and gripper to transfer dry-ice bags into insulated containers without puncturing the packaging.

Two robots with three grippers depalletise and palletise up to 240 kegs/h at Faxe. Handling includes orientation checks, turning, wash/fill handoff, strapping and labelling, with two buffers of 15 pallets.

Shipboard systems sort, palletise and stabilise seafood packs before freezer transfer, including constrained two-deck arrangements and buffering during pallet changes.

A collaboration with Frontmatec used two KUKA robots to handle, assemble and test approximately 50 kg onboard chargers with component and screw traceability. The line was in testing in October 2021.

Two robots and revised vacuum tooling feed five glass-bottle formats to a bottling line designed for 12,000 bottles/h. Tooling changes accommodate disturbed pallet patterns.

Five robots combine red-zone lifting, vision-guided bag packing, case formation, labelling, weighing and cage stacking, for an installation requirement of 45 cases/min.

A prototype followed by five similar cells provided a shared interface and gripper arrangement for 12 products, with pallet, interlayer and driverless-truck integration.

A fork-gripper cell serves two lines, six 10–25 kg sack formats and two stacking patterns. A hold-down mechanism addresses frost-related slipping; 99.5% uptime covers the first three months only.

Two ABB Flexpickers use vision and conveyor tracking to place soup bags accurately before freezing. A bespoke titanium gripper was printed by the Danish Technological Institute.

The Mou Esbjerg installation packs 750 cases/hour within a 5 × 6 m area, integrating a 15-pallet magazine, wrapping and finished-pallet buffering.

Robots move rims through calibration, washing, vision-based weld location, valve-hole processing and palletising; a parametric interface accepts new rim dimensions.

Robot tending combines thread-bush insertion, terminal bending, mould loading, flash removal and testing. The documented 0.1 mm positioning tolerance concerns the bush-insertion step.

Three automatically exchanged grippers handle 20 product variants in 2.5–20 litre pails, with pallet magazines, interlayers, wrapping and labels.

Two robots thread and handle tubing around dies, a wash box and winding equipment, with order-system data and a noise enclosure developed with Accu-Dan.

A movable robot cell follows pipe motion, treats the PE surface and prints identification with three heads. Its documented pipe-diameter range is 100–600 mm.

Robot grinding and polishing uses four abrasive grades with automatic changes and geometry entered from worktop drawings. Grinding time fell by 70% in this application.

Automatic tool exchange supports 3, 5, 10 and 20 litre pails. The case also describes improved tooling and software for an older robot installation.

Packing with four robots.

A blood-sample transport application.

Palletising and depalletising of egg trays.

Handling of plastic cases.

Separate coil-manufacturing and wire-cutting examples.

Robotic edge milling of metal parts.

CNC-machine operation.

Grinding of train sides for the 2012 Olympics.

An order-handling and palletising installation.

Machine tending of an industrial washer.

Plywood handling.

Stack grinding and edge coating.

Machine tending and milling of B&W speakers.

Prototype handling of sterile boxes in case carts for the Esbjerg sterile-services unit.

A prototype delivered to Terma in Grenå supported carbon-fibre lay-up of an aircraft tail component; the documented stage was prototype development.

A robot-assisted radiography solution for welded engine components reduced the cited inspection task from up to a day to about four hours.

Engineering proposals and project management supported development, manufacture and commissioning. Inter Primo’s head of external tool manufacturing praised the handling of problems through completion.