ABB welding robots: IRB models, GoFa cobot, and real specs

ABB gives welding buyers a similar choice to FANUC: a traditional, dedicated arc welding line built around integrated cable dressing, and a genuine collaborative option in its GoFa cobot range where welding is listed as a primary supported application rather than an afterthought.

ABB’s Dedicated Arc Welding Robots

The IRB 1520ID is ABB’s purpose-built arc welding robot, and the “ID” in the name stands for integrated dressing, meaning cabling and hose bundles route through the arm rather than hanging off the outside of it. ABB publishes 4 kilograms payload, 1,500 millimetres reach and 0.05 millimetres repeatability for the model. ABB pairs the IRB 1520ID with Fronius welding equipment in a documented turnkey package called ArcPack U2, which is a useful reference point if you want to see the arm and power source sold as one system rather than assembled from separate quotes.

For larger parts, the IRB 2600ID extends ABB’s integrated-dressing line with an 8 kilogram payload variant at 2,000 millimetres reach. ABB also markets its general-purpose IRB 2600 family, without the integrated dressing, for arc welding among other applications, with payload variants from 12 to 20 kilograms and reach up to roughly 1,850 millimetres and a published repeatability of 0.04 millimetres using ABB’s TrueMove path control. Older and secondary-market families such as the IRB 1600ID and IRB 4400 turn up in used equipment listings tied to arc welding applications, though these reflect resale inventory rather than ABB’s current catalogue and should be evaluated on the same used-equipment criteria as any older industrial arm.

Buyers should treat the IRB 2600ID’s exact repeatability figure as unconfirmed pending a direct check of ABB’s spec-sheet documentation, since it was not published clearly on the distributor pages checked for this guide. Ask your integrator for the specific ABB document reference when repeatability matters to your application.

ABB’s GoFa Cobot: A Real Welding Option, Not a Sideline

ABB explicitly lists arc welding and laser welding as supported applications for its GoFa CRB 15000 collaborative arm, which puts it in the same category as FANUC’s CRX line rather than treating welding as an edge case for a pick-and-place cobot. GoFa comes in three published payload variants: GoFa 5 (5 kilograms payload, 950 millimetres reach), GoFa 10 (10 kilograms payload, 1,620 millimetres reach) and GoFa 12 (12 kilograms payload, 1,370 millimetres reach). A repeatability figure of 0.02 millimetres is commonly cited for GoFa across secondary sources, though this should be confirmed against ABB’s primary product documentation before treating it as a firm spec for a specific quote.

ABB’s smaller cobot, the SWIFTI CRB 1300, does offer a welding package as well, spanning 7, 10 and 11 kilogram payload variants depending on reach configuration. ABB’s own marketing for SWIFTI, however, emphasises machine tending, palletizing, pick-and-place and assembly as the headline use cases, with welding positioned as a secondary application rather than the primary pitch GoFa gets. If welding is your main use case rather than one job among several for the arm, GoFa is the cobot ABB is actually building its welding story around.

Software and Welding Power Source Ecosystem

ABB’s core software for arc welding is RobotStudio ArcWelding PowerPac, an add-in to its RobotStudio offline programming environment that handles welding mode configuration and parameter setup before the cell ever runs a real part. On the power source side, ABB has a documented collaboration agreement with Fronius, expressed most concretely in the ArcPack U2 turnkey package built around the IRB 1520ID. ABB’s own product materials also reference support for Lincoln Electric’s ArcLink XT interface, alongside integrations for SKS and Miller equipment.

What an ABB Welding Robot Actually Costs

ABB does not publish official list prices, and pricing runs through its distributor network, varying by region and the exact configuration quoted. One distributor, Outer Reef Technologies, lists public asking prices of roughly 44,000 dollars for the IRB 2600 and 33,000 dollars for the IRB 1520ID, which gives a useful anchor point, though this reflects one reseller’s listed price rather than an ABB-published figure, and the final number on a real quote will move with payload variant, controller options and whether a welding package is bundled in.

Broader industry content on ABB’s full robot lineup, spanning everything from compact SCARA arms to heavy dual-arm systems, cites a range from around 15,000 dollars to well over 200,000 dollars, which reflects ABB’s entire catalogue rather than a welding-specific figure and should not be read as a price for any single arc welding model. As with any arc welding brand, fixturing, guarding and commissioning typically close the gap between a bare arm price and a fully deployed, integrated cell.

ABB Against KUKA and FANUC for Welding

ABB’s IRB 1520ID and 2600ID sit in roughly the same payload and reach territory as KUKA’s hollow wrist ARC models and FANUC’s ARC Mate 100iD and 120iD, which means the spec sheets alone rarely settle a purchase decision between the three brands. What integrators report actually decides it is which brand’s local distributor network is strongest in your region, which welding power source your shop already runs (Fronius integration is a genuine ABB strength given the ArcPack partnership), and whether your plant already has ABB robots elsewhere that make training and spare parts sourcing simpler for a new welding cell.

See KUKA welding robot and FANUC welding robots for the equivalent breakdown on those two brands, and welding cobot vs industrial robot if you are still deciding between a traditional cell like the IRB 2600ID and a collaborative option like GoFa.