Sixteen processes our Cobots run today, and the ten industries that buy them. Every one is taught by hand-guiding rather than programmed, and every one ships with the same safety stack, edge compute and support network.
Each card is a real process with a real cell behind it. Jump to yours and we will quote the arm, the tool and the guarding together.
Arc, spot and seam welding with a torch or gun on the Cobot wrist, taught by hand-guiding instead of code.
Linear-to-arc path tracking, ±0.02 mm repeatability, typical 5–15 kg payload class.
Feeding raw parts into a machine and taking finished parts out, all shift, without an operator standing there.
Up to 30 kg payload with the S30 class; cycle typically 8–20 s per part.
The Cobot opens the door, swaps the blank for the finished piece, deburrs and restarts the cycle.
Integrates with Fanuc / Siemens / Haas controllers via I/O or Ethernet; lights-out capable.
Stacking cartons, sacks and trays to a pattern, with a lifting column when the pallet is taller than the reach.
30 kg at the flange, up to 1.9 m stack height with the 24 V lifting column, 8–12 picks/min.
Force-controlled surface finishing — the Cobot keeps constant contact pressure instead of constant position.
Active force control 5–50 N, orbital or belt tool on the wrist, dust extraction on the cell.
Torque-controlled fastening of housings, brackets and battery modules with a verified torque log per screw.
Electric driver on the wrist, torque logged per fastener for traceability; 1.5–3 s per screw.
Even paint, primer, release agent or disinfectant coverage over curved parts and surfaces.
Constant tool-speed path control; explosion-proof arm required for solvent-based booths.
AI vision on the wrist checks each part against the golden sample and flags defects a tired eye misses.
2D camera plus SMERT 3D module on our edge node; classification on-device, no images leave the site.
The Cobot loads each board onto a test fixture or a computer-driven tester, combines electrical results with a camera check, sorts pass/fail and hands the technician a fault report. Rework on request, after safety review.
Board-specific fixtures and test programs are built per customer; fault coverage depends on the fixture and program and is stated per project — never 100%.
Laser marking, inkjet coding, batch numbers and label placement on parts as they leave the line.
Repeatable placement to ±0.1 mm; serial numbers written back to your traceability system.
Vision-guided picking of mixed items from a belt, tray or bin and placing them where they belong.
3D-scan guided picking of unsorted parts; 20–40 picks/min for light items.
Moving parts, trays and totes between stations — on a fixed plinth, a 7th-axis rail or a mobile base.
Fitting components together with force feedback so the Cobot feels the part seat instead of forcing it.
Sub-millimetre insertion with force sensing; two-arm cell available for parts needing a second hand.
Plasma, laser, knife or waterjet cutting along a taught contour, including trimming moulded flash.
Contour following on curved surfaces; fume extraction and light curtain included in the cell design.
Plasma surface cleaning before bonding, plus wipe-down and disinfection routines in service settings.
Constant stand-off distance and speed; wipeable wrist boot required for any wet routine.
Laying an unbroken bead of adhesive, sealant or gasket paste at constant speed and volume.
Dispenser synchronised to tool speed so the bead width stays even through corners.
Repeat inspection rounds over pipework, valves and gauges, logging every reading against the asset record.
Mobile base plus wrist camera; thermal option for leak and hotspot detection.
Ten sectors, each with the handful of processes they usually automate first.
Phones, laptops, wearables and PCBs — small parts, tight tolerances, fast model changes.
Body parts, EV battery modules and hardware lines, where cycle time and traceability both matter.
Hospitals, clinics and care homes: lab handling, disinfection routines and assistive care tasks.
Machine shops and fabricators running CNC, welding and finishing under a persistent skills shortage.
Universities, vocational colleges and our own Academy: safe teaching cells for automation courses.
Automated stores, kiosks and vending: the Cobot serves, restocks and keeps the counter presentable.
Ceramic and fittings makers: glaze spraying, polishing and handling heavy, fragile pieces.
Cosmetics, detergents and personal care: filling lines, cartoning and end-of-line palletizing.
Garment factories: fabric cutting, pressing support and pack-out where labour cost dominates.
Hotels, restaurants and facilities: preparing, serving, clearing and greeting in front of guests.
Send us a short video of the task. We will tell you whether a Cobot can do it, which model, and what the cell costs — before you commit to anything.
Send us the taskDescribe the task in your own words. An engineer reads every one and replies with whether a Cobot can do it, which model, and what the cell costs.