Collaborative Welding Cobot Cell

For a fab shop feeling the certified-welder shortage, this is usually the right first robot. A collaborative arm is force and speed limited under ISO/TS 15066, so with a proper risk assessment it can run beside an operator without the full cage an industrial welding robot needs. That changes the economics: you get repeatable beads across long runs and small batches without rebuilding half your floor around guarding.

The cobot itself is only part of what you are buying, and pretending otherwise is how first projects go wrong. A working cell is the arm, the welding source and wire feeder, a torch and cleaning station, fixturing that actually locates your parts, fume extraction, and the safety layer that ties it together. We quote the deployed cell, not a bare arm, so the number you see is close to what it costs to make chips, not a headline that triples on the invoice.

Teaching is hand-guided: an operator drags the torch to each point and the software fills in the path, so you do not need a robot programmer on staff. That is the real unlock for a small shop. What we spec around your work is payload and reach (they define the part envelope), the welding process, and how repeatable your fixturing is, since a cobot only welds as accurately as the part is held.

We confirm process, envelope, power and duty cycle in writing, quote integration and freight as separate lines, and include the risk assessment. Compare it against a caged industrial arm in our comparisons, size the real spend on the cost and TCO page, and read what a deployed cell includes on the sourcing and importing page. Every model in the spec database links back here for a quote.