ABB GoFa 10 Review: Price, Specs & Verdict

ABB GoFa 10: Quick Buyer Verdict

GoFa 10 should be evaluated as a complete automation platform rather than simply as a 10 kg robotic arm. The strongest buying case appears when its unusually long reach, high repeatability, IP67 protection and ABB software ecosystem solve a specific production constraint.

Pros

• Very long reach for a nominal 10 kg collaborative robot.
• 0.02 mm published pose repeatability.
• IP67 environmental protection.
• Can be mounted at different orientations.
• Torque sensing integrated into all six joints.
• Lead-through teaching and graphical Wizard programming reduce the programming barrier.
• RobotStudio gives experienced teams powerful offline simulation and programming capability.
• Optional Ultra Accuracy expands the addressable precision applications.
• Strong fit for machine tending, palletizing, welding, assembly and process applications.
• Backed by ABB’s mature industrial robotics ecosystem.

Cons

• 51 kg manipulator mass makes it relatively heavy for a cobot.
• 10 kg is the general rated payload; the frequently mentioned 12 kg capability applies only to specified wrist-down conditions.
• A complete system needs more than the robot: tooling, pedestal, controller, safety hardware, cabling and integration can materially increase cost.
• Collaborative operation can require reduced speed depending on the risk assessment.
• Long reach does not guarantee that every pallet position or machine envelope is reachable with the chosen end effector.
• The strongest ABB capabilities can make the platform more sophisticated than a buyer needs for a very simple pick-and-place task.

Our recommendation: shortlist GoFa 10 when you need approximately 10 kg of useful payload combined with significantly more reach and accuracy than a compact entry-level cobot. Before buying, simulate the exact tool, workpiece and cell geometry and validate the complete cycle under a safety-compliant operating mode. Review the ABB GoFa 10 product page for the model overview and current supplier options.

How Much Does ABB GoFa 10 Cost in 2026?

ABB does not publish one universal public 2026 list price for the GoFa 10 complete system. Pricing depends on country, distributor, controller configuration, software options, end-of-arm tooling, safety components, application package and integration scope.

This matters because the robot arm is only one part of the final capital cost.

Do not compare robot-arm prices

A cheaper arm can produce a more expensive automation project if it needs additional engineering, guarding, reach-extending hardware or custom programming. Conversely, a more expensive robot can generate a better business case if it reduces integration effort or covers several product variants.

The useful comparison is:

fully commissioned cell cost ÷ useful production output

—not the purchase price of the robot alone.

For broader market context, see the cobot price guide.

What Is the ABB GoFa 10?

The GoFa 10, formally the ABB CRB 15000-10/1.52, is a six-axis collaborative robotic arm in ABB’s GoFa family.

It sits between smaller collaborative arms and heavier industrial automation. The design combines integrated joint torque sensing and collaborative safety functions with industrial capabilities such as IP67 protection, ABB’s OmniCore controller and compatibility with the wider ABB software ecosystem.

The “10” refers to the robot’s nominal 10 kg payload class, while “1.52” identifies the approximately 1.52 m wrist reach. ABB publishes approximately 1.62 m of reach when measured to the flange/TCP reference used in its portfolio material.

What GoFa 10 is

• A six-axis collaborative industrial robot.
• A long-reach cobot for handling payloads around the 10 kg class.
• A platform for machine tending, welding, palletizing, assembly, screwdriving, dispensing and related automation.
• An ABB OmniCore robot with access to ABB programming, safety and simulation tools.
• A robot that can support power-and-force-limited collaborative applications when the complete installation is engineered accordingly.

What GoFa 10 is not

• It is not automatically safe to operate at maximum speed beside people in every application.
• It is not a 12 kg robot across its entire workspace.
• It is not a turnkey palletizer, welder or machine-tending cell by itself.
• It does not remove the need for end-effector design, controls integration or risk assessment.
• It is not necessarily the best option when maximum speed, portability or payload is the dominant requirement.

If you are still evaluating the wider category rather than a specific model, compare the current collaborative robots available on Anton Robots.

ABB GoFa 10 Specifications

The figures below refer specifically to the GoFa 10 / CRB 15000-10/1.52 rather than mixing specifications from the GoFa 5 and GoFa 12.

Important speed clarification

ABB commonly markets the GoFa family as reaching TCP speeds of up to 2.2 m/s. That should not be automatically assigned to every model.

The published GoFa portfolio specification identifies the GoFa 10 at approximately 2.0 m/s maximum TCP speed. Buyers comparing cycle times should use the specification for the exact variant in the quotation.

Important payload clarification

The same principle applies to payload.

GoFa 10 is correctly described as a 10 kg nominal-payload cobot. ABB documentation also defines a load diagram that permits up to 12 kg with the wrist pointing down and the payload centre of gravity within specified limits.

A buyer should therefore design the application around the complete load diagram—not a headline “12 kg” figure.

ABB GoFa 10 Payload and Reach

The relationship between payload and reach is arguably the most important reason to consider GoFa 10.

At a nominal 10 kg payload, the robot offers approximately 1.52 m of wrist reach and about 1.62 m when ABB’s TCP/flange reach convention is used. That gives it greater coverage than many cobots in a similar nominal payload class.

Why 1.62 m matters

Extra reach can reduce the need to:

• Move the robot between multiple stations.
• Add a linear seventh axis.
• Build the robot unusually close to a machine door.
• Use a large pedestal purely to gain horizontal coverage.
• Reposition pallets during a palletizing cycle.

But maximum reach should not be confused with usable dexterous workspace.

The end effector must approach the part with an achievable joint configuration, avoid singularities and collisions, maintain cable clearance and respect payload-centre-of-gravity limits.

The tool counts as payload

If a gripper weighs 3 kg, a nominal 10 kg payload does not mean that the robot can necessarily manipulate a separate 10 kg component.

The combined load includes the tool and workpiece, and the permissible load also depends on its centre of gravity.

For example:

3 kg gripper + 6 kg part = 9 kg total tool-side load

before considering any additional adapters, sensors or cabling attached to the flange.

That simple calculation eliminates many unsuitable robot selections before integration begins.

ABB GoFa 10 Accuracy and Repeatability

ABB publishes 0.02 mm pose repeatability for GoFa, which is a major strength of the platform.

Repeatability describes how consistently a robot can return to a previously taught position. It is not the same as absolute accuracy or path accuracy.

This distinction matters.

A machine-tending application may care primarily about repeatably returning to a fixture. Laser processing, metrology, gluing or dispensing may care much more about how accurately the robot follows an absolute path through space.

GoFa Ultra Accuracy

ABB’s optional Ultra Accuracy feature addresses this second requirement.

ABB publishes:

• Path accuracy down to approximately 0.03 mm.
• Absolute position accuracy of approximately 0.1 mm.
• Factory calibration before delivery.
• Compatibility with RobotStudio offline programming.
• Availability for new GoFa robots and as an upgrade option for existing GoFa systems, subject to configuration.

This makes the feature particularly relevant for:

• Laser welding.
• Precision gluing and sealing.
• Precision cutting.
• 3D printing and additive processes.
• Metrology and inspection.
• Applications programmed extensively offline.

Do you need Ultra Accuracy?

Not necessarily.

If a gripper simply collects a component from a fixture and loads it into a CNC machine, standard repeatability may already exceed the application’s requirements.

Ultra Accuracy earns its cost when absolute path behaviour or offline-to-real-world correspondence has measurable value. Buying it without that requirement adds capability without necessarily adding ROI.

How Fast Is ABB GoFa 10?

GoFa 10 has a published maximum TCP speed of approximately 2.0 m/s.

That is fast for many collaborative applications, but maximum robot speed is not the same as production cycle speed.

A real cycle also contains:

• Acceleration and deceleration.
• Approach moves.
• Gripper open/close time.
• Machine-door time.
• PLC handshakes.
• Vision processing.
• Part settling.
• Safety-speed reductions.
• Operator interaction.

Collaborative operation can change the answer

If people can enter the robot workspace while it is moving, the final safe speed may be substantially lower than the robot’s technical maximum.

This is why a buyer should not ask only:

“Which cobot is fastest?”

The more useful question is:

“Which complete cell delivers the required safe cycle time?”

For a high-volume application where people do not need to share the workspace during production, an industrial robot—or ABB’s newer high-speed collaborative platforms—may provide a stronger throughput case.

ABB GoFa 10 Safety: Can It Work Without a Fence?

Potentially, but not automatically.

GoFa 10 is designed for collaborative applications and uses integrated torque sensing and safety functions to support close operation around people. ABB publishes Category 3, PL d functional safety for the GoFa platform.

SafeMove adds configurable safety functions such as supervised speed, position and orientation limits.

However, the complete application determines whether fencing can be removed.

Why “collaborative robot” does not mean “automatically fenceless”

The risk assessment must consider:

• The mass and shape of the workpiece.
• Sharp edges.
• Hot components.
• Welding arc and fumes.
• Pinch and crushing points against fixed equipment.
• Robot speed and moving mass.
• Gripper closing forces.
• Tools such as drills, blades and screwdrivers.
• Machine-tool hazards.
• Potential dropped parts.
• Operator access to neighbouring equipment.

A safe robot can be installed in an unsafe application.

Likewise, a cell can use a combination of collaborative behaviour, scanners, interlocks and guarding instead of relying exclusively on power-and-force limitation.

IP67 is a significant advantage

GoFa 10’s IP67 rating is stronger than the IP54 protection offered by some competitors.

That can matter for:

• Machine-tending environments with coolant or mist.
• Dustier manufacturing processes.
• Process applications where occasional water exposure is credible.
• Facilities where cleaning procedures are more demanding.

IP67 does not mean that every connected gripper, camera, cable, controller and connector in the final cell automatically carries the same environmental rating. Validate the complete system.

How Easy Is ABB GoFa 10 to Program?

GoFa is designed to lower the programming barrier without abandoning ABB’s more advanced industrial-robot tools.

That creates two useful programming layers.

1. Lead-through programming

Operators can physically guide the robot arm through positions and use the arm-side interface to teach points.

This is valuable for:

• Quick setup.
• Welding path teaching.
• Repetitive handling tasks.
• Users who understand the manufacturing process better than robot code.

2. Wizard Easy Programming

ABB Wizard uses graphical blocks to build robot logic without requiring the operator to start with conventional programming code.

It can make basic automation more accessible to:

• SMEs.
• Maintenance teams.
• Process specialists.
• First-time robot users.

3. RobotStudio

For engineering teams, RobotStudio is one of the more important reasons to buy into ABB.

Offline programming and simulation can be used to:

• Validate reach before hardware is installed.
• Check collisions.
• Develop paths offline.
• Estimate cycle behaviour.
• Design cell layouts.
• Reduce production interruption during programming.

ABB says the combination of RobotStudio and Ultra Accuracy can achieve very close correspondence between simulation and the real robot.

4. RAPID and advanced integration

More sophisticated applications can use ABB’s established RAPID programming environment and industrial communications ecosystem.

This gives GoFa a useful advantage over a “simple cobot only” approach: it can start with graphical programming but still fit into sophisticated automation architectures as requirements grow.

Best ABB GoFa 10 Applications

1. Machine tending

One of the strongest GoFa 10 applications. Long reach, IP67 protection, repeatability and flexible mounting can work well around CNC machines, injection moulding equipment, test equipment and other production assets.

2. Palletizing

The 1.62 m reach makes GoFa 10 particularly attractive among 10 kg-class cobots for box handling and pallet coverage.

3. Welding

Repeatable motion, lead-through teaching and ABB’s welding ecosystem make GoFa useful for lower-volume and high-mix collaborative welding.

4. Assembly

GoFa can perform repeatable insertion, component placement and other assembly operations where precision and flexibility matter.

5. Screwdriving

Its repeatability and force-related capabilities can support automated screwdriving when paired with the correct tool and process control.

6. Packaging and pick-and-place

Long reach allows the robot to serve multiple pickup and placement locations from one position.

7. Dispensing, gluing and sealing

These applications become particularly interesting with Ultra Accuracy when path consistency directly affects product quality.

8. Inspection and testing

GoFa can carry cameras, probes or other sensors through repeatable inspection positions.

For category alternatives, explore machine tending robots, palletizing robots and welding robots.

Is ABB GoFa 10 Good for Palletizing?

Yes—palletizing is one of the clearest reasons to choose GoFa 10 over a shorter-reach cobot.

ABB specifically positions the GoFa 10’s approximately 1.62 m reach as suitable for palletizing and notes that it provides enough reach to cover US pallets in suitable configurations.

The long reach can reduce mechanical complexity, but several details determine whether it works for a real pallet.

Check these five things

1. Box plus gripper weight: stay inside the applicable load diagram.
2. Pallet height: verify top-layer reach, not just the pallet footprint.
3. Lowest pickup point: the robot must reach both the conveyor and pallet without problematic joint configurations.
4. Required throughput: simulate real movements, gripping and safety behaviour.
5. Human interaction: determine whether operators need access while the robot is cycling.

The 12 kg wrist-down capability can matter here

Palletizing frequently places the wrist in a downward orientation. ABB’s GoFa 10 load diagrams allow up to 12 kg in defined wrist-down conditions.

That can create useful extra capacity, but the application must remain within ABB’s specified centre-of-gravity envelope. It should not be treated as a universal 20% payload upgrade.

Is ABB GoFa 10 Good for CNC and Machine Tending?

Yes. GoFa 10 is particularly well matched to machine tending when the application benefits from long reach, IP67 protection and high repeatability.

A single robot may be able to reach:

• A machine chuck or fixture.
• Raw-part trays.
• Finished-part trays.
• Inspection stations.
• Part-cleaning or deburring positions.

from one fixed base.

Why IP67 matters

Machine environments can include coolant mist, metal dust and contaminated surfaces. IP67 on the manipulator provides a stronger environmental starting point than many general-purpose cobots.

The tool, vision system and electrical interfaces still need to match the actual environment.

Cycle-time trap

The robot may be capable of fast movement while the machine door, chuck, PLC or safety system dominates the cycle.

Measure the complete process:

part pickup → door → load → clamp → machine cycle → unload → inspection → finished-part placement.

That is the number that determines ROI.

Is ABB GoFa 10 Good for Collaborative Welding?

GoFa can be a strong choice for high-mix, repetitive welding where a conventional fixed industrial welding cell is difficult to justify.

Lead-through teaching is especially relevant because an experienced welder can help establish paths without needing to become a conventional robot programmer first.

GoFa’s repeatable motion can then reproduce the path consistently.

Where collaborative welding makes sense

• Small and medium production batches.
• Frequent part variation.
• Labour-constrained welding operations.
• Long or ergonomically difficult welds.
• Parts where consistent travel speed improves quality.

“Collaborative” does not remove welding hazards

The welding arc, hot metal, fumes, spatter and tooling introduce risks that are independent of robot contact.

A welding GoFa may therefore operate within a safeguarded or partially enclosed cell even though the robot itself supports collaborative operation.

That is not a contradiction. Collaborative robotics is a set of capabilities, not a requirement that every robot operates continuously beside an unprotected worker.

GoFa 10 Grippers, Vision and Integration

The robot arm defines the motion platform. The end-of-arm tool defines much of the actual application.

Common GoFa integrations include:

• Parallel electric grippers.
• Adaptive grippers.
• Vacuum tooling.
• Welding torches.
• Screwdriving systems.
• Dispensing equipment.
• 2D and 3D vision.
• Force-controlled process tools.
• Inspection cameras and sensors.

Do not choose the robot before the tool

A practical engineering sequence is:

1. Define the part and process.
2. Select the gripper or process tool.
3. Calculate tool + part mass and centre of gravity.
4. Define every required pose.
5. Check reach and payload throughout the route.
6. Simulate cycle and collisions.
7. Only then confirm the robot.

This often prevents the classic error of discovering after purchase that a “10 kg application” actually requires 13 kg at the flange once the gripper and adapter are included.

Real-World GoFa Results: What Published Deployments Show

Manufacturer case studies should not be interpreted as guaranteed results, but they help show which applications have moved beyond demonstrations.

What these deployments have in common

The successful cases do not buy a cobot because “automation would be useful.”

They identify a bounded process:

• A known part.
• A repeatable movement.
• A labour or ergonomic problem.
• A measurable cycle.
• A clear operator interaction.

That is the pattern buyers should replicate.

When ABB GoFa 10 Is Not the Right Cobot

GoFa 10 is a strong platform, but several requirements point toward another robot.

• Payload consistently above 10 kg: choose a robot designed to carry the required load throughout the needed workspace instead of depending on GoFa 10’s conditional wrist-down capacity.
• Maximum production speed: if collaboration is unnecessary, a conventional industrial robot may provide more throughput.
• Frequent manual relocation: a 51 kg manipulator is less convenient to move than lighter cobots.
• Extremely simple low-cost automation: a less sophisticated cobot may meet the requirement at lower total cost.
• Payload above the traditional GoFa range: newer ABB PoWa variants and competing higher-payload cobots extend much further.
• Very long reach plus heavy tooling: larger collaborative or industrial robots may provide more useful margin.
• No engineering owner: a cobot project without responsibility for tooling, safety, integration and production performance is likely to disappoint regardless of robot brand.

ABB GoFa 10 vs Universal Robots UR10e, FANUC CRX-10iA/L and Doosan A0912

There is no universal “best 10 kg cobot.” The strongest choice depends on reach, payload, environment, software ecosystem, required speed and integration resources.

GoFa 10 vs UR10e

GoFa 10 offers substantially longer reach, IP67 rather than IP54 and tighter published pose repeatability. UR10e counters with up to 12.5 kg payload, a lighter 33.3 kg arm and one of the industry’s largest cobot ecosystems.

If the application needs 1.5+ metres of reach, GoFa has an obvious geometric advantage.

If portability, ecosystem familiarity or 12.5 kg payload across the relevant application envelope is more important, UR10e deserves serious consideration.

Read the dedicated ABB GoFa 10 vs Universal Robots UR10e comparison.

GoFa 10 vs FANUC CRX-10iA/L

Both offer 10 kg nominal payload and IP67 protection.

GoFa reaches farther and publishes tighter pose repeatability. FANUC’s CRX-10iA/L is significantly lighter and is backed by FANUC’s established industrial automation and service ecosystem.

See the FANUC CRX-10iA/L review for a deeper look at the alternative.

GoFa 10 vs Doosan A0912

The Doosan A0912 is smaller, with 9 kg payload and 1.2 m reach. GoFa is the stronger geometric option when the task needs larger coverage, while the Doosan can be attractive for more compact collaborative workstations.

Which one should you choose?

• Choose GoFa 10 when long reach, IP67, repeatability and ABB integration dominate.
• Choose UR10e when ecosystem breadth, lower arm mass and higher rated payload are more important than reach.
• Choose FANUC CRX-10iA/L when you want IP67, a lighter 10 kg-class cobot and FANUC infrastructure.
• Consider Doosan A0912 for a more compact 9 kg application that does not require GoFa’s reach.

Use the Anton Robots comparison tool to evaluate additional models.

Is ABB GoFa 10 Worth It?

GoFa 10 is worth the investment when its reach, automation time and production consistency eliminate enough recurring cost or capacity constraint to justify the complete cell—not merely the robot arm.

Build the ROI around the process

A simple annual model is:

Annual benefit = labour released + additional production margin + quality savings + avoided ergonomic/safety cost + reduced downtime − annual operating cost.

Then:

Payback period = total project cost ÷ monthly net benefit.

Include every project cost

• Robot and controller.
• End-of-arm tooling.
• Pedestal or mobile workstation.
• Vision.
• Safety system.
• PLC and machine integration.
• Engineering and programming.
• Installation and commissioning.
• Operator and maintenance training.
• Software and support.
• Future tool maintenance and replacement.

Validate the production benefit

Measure:

• Current manual cycle time.
• Robot cell cycle time.
• Required parts per hour.
• Operator minutes actually eliminated or redeployed.
• Scrap and rework reduction.
• Machine utilisation gained.
• Extra unattended production hours.
• Changeover time between products.

The strongest GoFa ROI cases

GoFa becomes especially interesting when its long reach lets one robot cover a process that would otherwise need:

• A seventh axis.
• Multiple robot positions.
• A larger conventional robot.
• Significant operator walking or manual material handling.

In those cases, comparing only robot prices hides the real system advantage.

ABB GoFa 10 Buying Checklist

1. Define the task. Identify every pick, place, process and inspection point.
2. Weigh the tool. Include gripper, adapter, camera, cable management and workpiece.
3. Define centre of gravity. Payload capacity alone is insufficient.
4. Model the workspace. Include machines, doors, pallets, fixtures, operators and maintenance access.
5. Simulate the application. Check reach, joint configurations, singularities and collisions.
6. Set cycle-time requirements. Include every non-robot delay.
7. Choose the programming method. Decide whether Wizard, lead-through, RobotStudio, RAPID or a combination will be used.
8. Define environmental requirements. Confirm water, coolant, dust, temperature and clean-room requirements for the complete system.
9. Complete the risk assessment. Determine whether the cell needs speed limits, scanners, guarding or other protective measures.
10. Validate communications. Confirm PLC, fieldbus, machine and vision integration.
11. Run the real application. Test your actual part and tool where possible.
12. Request total project cost. Do not stop at the arm price.
13. Define acceptance criteria. Cycle time, uptime, part quality, changeover, safety and recovery should be measurable.
14. Assign ownership. Someone needs responsibility for the robot after the integrator leaves.

Pro tip: bring the real part, gripper concept and cycle requirement to the supplier before requesting a final quote. A ten-minute reach and payload review can expose mistakes that would otherwise become expensive during integration.

How to Buy ABB GoFa 10

GoFa 10 is generally purchased through ABB or robotics distributors and system integrators, with the final configuration based on the application.

A useful RFQ should include:

• Part dimensions and weight.
• Desired cycle time.
• CAD or dimensions of the workspace.
• Required pickup and placement positions.
• Preferred gripper or process tool.
• Environmental conditions.
• Human access requirements.
• Machine or PLC interfaces.
• Required production hours per day.
• Country and installation site.
• Desired deployment date.

Review the ABB GoFa 10 listing and the broader ABB robot range. If the final robot has not been selected, use Find My Robot or contact Anton Robots to compare options for the application.

What Matters for ABB GoFa Buyers in 2026?

GoFa’s position in ABB’s portfolio is becoming clearer

ABB expanded its collaborative range in 2026 with the new PoWa family, including much higher payloads and substantially higher advertised speeds.

That does not make GoFa obsolete.

Instead, the portfolio now creates a clearer distinction:

• GoFa: precision-driven collaborative automation, high repeatability, Ultra Accuracy and established application workflows.
• PoWa: higher-speed, higher-throughput collaborative automation with a wider payload range.

A buyer considering GoFa 10 in 2026 should therefore compare it not only with Universal Robots, FANUC and Doosan, but also with ABB’s newer alternatives when maximum throughput is the dominant requirement.

AI and vision integration are expanding

ABB demonstrated GoFa-based bin picking with newer vision and AI-supported automation workflows during 2026.

For buyers, the relevant point is not whether the robot carries an “AI” label. It is whether modern vision can remove fixtures, handle part variation or reduce programming effort enough to improve the business case.

Ultra Accuracy remains one of GoFa’s strongest differentiators

For path-sensitive applications, Ultra Accuracy fundamentally changes the comparison.

A buyer considering gluing, sealing, laser processing, metrology or precise offline-programmed motion should compare path accuracy—not merely the standard ISO 9283 pose-repeatability number printed on cobot data sheets.

ABB GoFa 10 FAQ

What is the payload of ABB GoFa 10?

The GoFa 10 has a nominal payload of 10 kg. ABB also specifies up to 12 kg in a defined wrist-down configuration, subject to its load diagram and centre-of-gravity limits.

Does ABB GoFa 10 really carry 12 kg?

Under specific conditions, yes. It should not be described as a universal 12 kg cobot. The general model rating remains 10 kg, with up to 12 kg available in the specified wrist-down load envelope.

What is the reach of ABB GoFa 10?

ABB specifies approximately 1.52 m at the wrist and approximately 1.62 m using its TCP/flange reach measurement.

How fast is ABB GoFa 10?

The GoFa 10’s published maximum TCP speed is approximately 2.0 m/s. ABB’s broader GoFa family marketing refers to speeds up to 2.2 m/s, but that maximum should not be automatically assigned to the GoFa 10 variant.

What is the repeatability of GoFa 10?

ABB publishes pose repeatability of 0.02 mm.

How accurate is GoFa Ultra Accuracy?

ABB publishes path accuracy down to 0.03 mm and absolute position accuracy of approximately 0.1 mm with the Ultra Accuracy feature.

How much does ABB GoFa 10 weigh?

The GoFa 10 manipulator weighs approximately 51 kg.

Is ABB GoFa 10 IP67?

Yes. ABB’s current product portfolio identifies the GoFa 10 and GoFa 12 as IP67.

Can GoFa 10 be mounted upside down?

ABB lists GoFa mounting as any-angle. The controller configuration and installation must reflect the actual mounting orientation.

Can GoFa 10 work without safety fencing?

Potentially. GoFa is designed for collaborative applications, but the final answer depends on the complete risk assessment including robot speed, payload, gripper, workpiece, surrounding equipment and potential crushing or process hazards.

Does GoFa 10 have force sensing?

GoFa incorporates torque sensing in all six joints, supporting power-and-force-limited collaborative behaviour and force-related applications.

What controller does GoFa 10 use?

GoFa 10 is powered through ABB’s OmniCore controller platform, with the C30 family associated with the CRB 15000.

How do you program ABB GoFa?

Options include physical lead-through teaching, Wizard Easy Programming on the FlexPendant, RobotStudio offline programming and ABB’s RAPID environment for more advanced automation.

Is GoFa 10 good for palletizing?

Yes. Its approximately 1.62 m TCP reach is one of its strongest advantages for palletizing. Buyers still need to validate pallet height, tool weight, load diagrams and cycle time.

Is GoFa 10 good for CNC machine tending?

Yes. Long reach, 0.02 mm repeatability and IP67 protection make it a strong machine-tending candidate, particularly when one installation position must reach a machine plus several part locations.

Can ABB GoFa weld?

Yes. ABB positions GoFa for collaborative welding and has published GoFa welding deployments. Welding safety hazards still require appropriate cell engineering.

Can GoFa 10 be used for dispensing and gluing?

Yes. These are particularly interesting applications when accurate path tracking matters, especially with the optional Ultra Accuracy capability.

Is ABB GoFa 10 better than Universal Robots UR10e?

Neither is universally better. GoFa 10 provides longer reach, IP67 protection and tighter published pose repeatability. UR10e offers higher rated payload, a lighter arm and an exceptionally broad cobot ecosystem. The application determines the stronger choice.

Is GoFa 10 better than FANUC CRX-10iA/L?

GoFa offers more reach and tighter published repeatability, while FANUC offers a considerably lighter arm and its own strong industrial support ecosystem. Both provide IP67 protection and 10 kg nominal payload.

How much does ABB GoFa 10 cost?

ABB does not publish one universal current list price for every market and configuration. Request a quote that separates the robot package, tooling, safety equipment, software, integration, training and support.

Is ABB GoFa 10 worth it?

It can be when its long reach, precision and automation capability eliminate enough manual work, increase production capacity or improve process consistency to justify the complete system cost. It is poor value when purchased without a defined task, cycle requirement and integration plan.

Final Verdict: Should You Buy ABB GoFa 10?

Buy or pilot ABB GoFa 10 when your application needs approximately 10 kg of payload, unusually long reach, strong repeatability and an industrial-grade collaborative platform.

Its 1.62 m TCP reach is the standout specification. Combine that with 0.02 mm pose repeatability, IP67 protection, joint torque sensing, ABB OmniCore, RobotStudio, Wizard and optional Ultra Accuracy, and GoFa 10 becomes a particularly strong candidate for machine tending, palletizing, welding and precision process automation.

The main cautions are straightforward. The robot weighs 51 kg, the 12 kg capability is conditional rather than universal, collaborative safety must be engineered at application level, and the total installed cost can be significantly higher than the robot purchase price.

Do not choose it because a specification table says it is “better” than another cobot.

Choose it when the geometry, tool, cycle time, environment and process requirements specifically benefit from what GoFa does well.

The smartest buying process is to simulate the complete cell, validate the real payload and centre of gravity, run the application under its intended safety configuration and compare full-system ROI against alternatives.

Ready to evaluate it? View the ABB GoFa 10 at Anton Robots, compare it with other collaborative robots, or request help matching a robot to your application.