Robot welding cells with repeatable seams.

A robot welding cell combines a welding robot, power source, torch cleaning and a fixture or positioner to weld parts automatically. Cobot welding cells suit batches from 5 pieces and can be moved between benches; two-station industrial cells with a turntable let an operator load while the robot welds, roughly doubling arc-on time.

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MIG · MAG · TIG

Processes

60–80 %

Arc-on time

from 5 pcs

Batch size

1–3 axis

Positioners

Overview

Robot welding cells — where it fits

Welding is where quality variation costs the most and skilled labour is hardest to find. A robot lays the same seam the thousandth time as the first, and our own workshop builds the fixtures that make that possible.

Steel and stainless fabrication in small to medium batches
Repeat weldments with long or numerous seams
Aluminium MIG with pulse-capable power sources
Job shops replacing hard-to-fill welder positions
Volume production needing two-station load-while-weld

Robot welding cells — robot cell in operation

Equipment

What we build into the cell.

Cobot welding cells

Hand-guided collaborative welders on a bench or trolley — programmed by demonstration, ideal from batch size five and up.

Two-station industrial cells

Six-axis welding robots with a turntable so the operator loads one side while the robot welds the other, doubling arc-on time.

Positioners & tracks

One- to three-axis servo positioners, headstock-tailstock rigs and floor tracks to keep every seam in the optimal welding position.

Process equipment

Pulse MIG/MAG and TIG power sources, torch cleaning and wire cutting, seam tracking, through-arc sensing and fume extraction.

How we deliver

From first study to production in 8 weeks.

Weldment review

We look at your drawings and joint access to confirm what a robot can reach and where the part design should change slightly to suit automation.

Fixture design

Fixtures and positioners designed and manufactured in our Stockholm workshop — the part of a welding cell that decides whether it works.

Programme & qualify

Seams programmed, parameters developed on your material and thickness, and sample welds tested to your acceptance criteria.

Production support

Operator and programmer training, consumables planning and preventive service so arc-on time stays where it should.

FAQ

Questions we get asked

Something not covered? Our application engineers answer within 24 hours.

Ask an engineer

What batch size justifies a welding robot?

With a cobot welder programmed by hand-guiding, batches from about five pieces pay off. Fixed industrial cells with dedicated fixtures make sense from a few dozen pieces per run upward.

Can a robot weld aluminium?

Yes, with a pulse-capable power source and a push-pull torch. Fixture and heat-input control matter more for aluminium than for steel, so we qualify parameters on your material first.

How is the robot programmed?

A collaborative welder is taught by guiding the torch along the seam and setting parameters on a tablet — no code. Industrial cells are programmed offline from CAD and touched up on the shop floor.

Do we still need a certified welder?

You need welding competence to set parameters and judge quality, but not for laying the bead. Most customers move their welders into programming and quality roles, which also solves recruitment pressure.

What about fume extraction and safety?

Every cell we deliver includes fume extraction sized for the process, arc-flash screening and either safety-rated collaborative operation or full guarding with interlocks.

Related applications

Send us your part — we will tell you if a robot can handle it.

Drawings, a photo of the line or a short description is enough for a first assessment. No cost, no obligation.

Talk to an application engineer