AI
Comparison

FANUC vs ABB

FANUC and ABB both build full industrial robot ranges, from cobot-class arms to high-payload machines. There is no universal winner. Plants usually stay with the brand they already maintain. A new site should choose the brand whose local support, process package, and offline tools match the job: welding, palletising, painting, or machine tending.

Answer from AI Robotics Australasia. .

FeatureFANUCABB
RangeIndustrial arms plus the CRX cobot lineIndustrial arms plus the GoFa and SWIFTI collaborative lines
Offline toolsROBOGUIDE for simulation and program prepRobotStudio for simulation and program prep
Often chosen forWelding, machine tending, general material handling, large installed basePalletising, painting, automotive body, and plants already on ABB
Deciding factorExisting FANUC fleet, spares, and trained staffExisting ABB fleet, spares, and trained staff

Stop comparing logos and compare the cell

Both companies publish arms that can palletise, tend a machine, or weld. The difference that shows up in a factory is the process package: positioners, application software, the offline programming tool your integrator already knows, and how fast a replacement servo or teach pendant arrives.

If the site already runs one of the two, matching that fleet is usually worth more than a marginal reach or speed advantage on a datasheet. Mixed brands double the training and the spare-parts shelf.

Process tends to pick the shortlist

Arc welding cells live or die on torch angle, seam tracking, and the positioner, not on a brand ranking. Palletising cells live or die on case rate, pattern range, and the conveyor and dispenser around the robot. Painting has its own application history, where ABB is a common incumbent. Machine tending cares about the CNC interface more than either logo.

Ask the integrator to price the same station on both brands only when you have no installed base and both can be supported locally. Otherwise you are paying for a comparison you will not use.

A practical way to decide

Write down payload at the gripper, reach, cycle time, and the safety concept. Eliminate any arm that fails those numbers. Of what remains, pick the brand your maintenance team can support, or the integrator who will still answer the phone in two years.

We specify the arm after the task is clear. FANUC, ABB, or another brand is a consequence of that assessment, not the starting point.

Related questions

Which is better, FANUC or ABB?

For a greenfield cell with local support for both, they are peers. Choose the brand that matches the process package and the people who will maintain it. If you already run one brand, staying with it is usually the better decision.

FANUC or ABB for welding?

Both supply arc welding systems used in production. Compare the welding package, positioner, fume control, and the integrator's welding experience. The arm brand is secondary to those.

FANUC or ABB for palletising?

Both have palletising arms and software. Decide on case rate, payload including the gripper, pattern range, and the conveyors around the robot. Either brand can be the right answer.

Does the robot brand matter if we already have one installed?

Yes. A second brand means a second set of backups, training, and spare parts. Match the installed base unless that brand cannot meet payload, reach, or the process.

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