ABB GoFa 5 Review: Specs, Price, Pros & Cons

ABB GoFa 5: Quick Buyer Verdict

GoFa 5 should be evaluated as a complete automation platform rather than simply as a 5 kg robot arm. The manipulator is only one part of the result. End-of-arm tooling, fixtures, machine interfaces, vision, safety, software and the production process itself determine whether the deployment creates value.

Pros

• Excellent published pose repeatability of 0.02 mm.
• Up to 2.2 m/s maximum TCP speed.
• 5 kg payload with approximately one metre of reach.
• Integrated torque sensing in all six joints.
• SafeMove Collaborative and Category 3, PL d safety architecture.
• Lead-through teaching and no-code Wizard Easy Programming lower the programming barrier.
• RobotStudio and RAPID provide a much deeper engineering environment when the application becomes more complex.
• Any-angle mounting supports table, wall and ceiling installations.
• Ultra Accuracy option materially expands its potential for precision path applications.
• Strong documented deployment evidence across assembly, packaging, electronics and machine tending.

Cons

• The 5 kg payload includes the end effector, adapters, cables and workpiece—not just the product being moved.
• IP54 protection is below the IP67 rating offered by some competing cobots.
• Maximum 2.2 m/s speed should not be confused with a universally safe collaborative operating speed.
• A complete GoFa cell can cost substantially more than the robot arm once tooling, vision, fixtures and integration are included.
• ABB does not publish one universal retail price for a production-ready GoFa 5 system.
• The ABB software ecosystem is powerful, but advanced integrations can still require professional robotics and automation expertise.

Our recommendation: shortlist GoFa 5 when the payload and reach fit your application and you value precision, flexible programming and integration with ABB’s industrial robotics ecosystem. Define the end effector, workpiece, cycle time and safety concept before comparing quotes. See the ABB GoFa 5 product page at Anton Robots for product details and buying options.

How Much Does ABB GoFa 5 Cost in 2026?

ABB does not publish one universal 2026 retail price for a complete GoFa 5 deployment. Pricing varies by country, controller and software configuration, end-of-arm tooling, safety hardware, vision, application engineering, installation, training and support.

As a current market reference rather than an ABB MSRP, an Australian equipment seller was advertising a new ABB GoFa 5 for approximately A$55,000 excluding GST in September 2026. Buyers should not treat that figure as a global list price or assume that every required component is included.

The more useful purchasing question is not simply “How much is the robot?” It is “How much will the production-ready automation system cost?”

A better way to budget for GoFa 5

Ask suppliers for two figures:

1. Robot package price: exactly what ABB hardware and software is supplied.
2. Production-ready system price: everything required to achieve the agreed cycle, quality, safety and uptime targets on your factory floor.

A cheap robot quotation can become an expensive automation project if the application requires difficult part presentation, custom fixtures, complex vision or extensive machine modifications. Equally, a more expensive turnkey system may produce a better return if the supplier takes responsibility for performance.

For broader market benchmarks, see the Anton Robots cobot price guide.

What Is the ABB GoFa 5?

The ABB GoFa 5, formally part of the CRB 15000 family, is a six-axis collaborative robot designed for lightweight industrial automation. It has a 5 kg rated payload, up to 950 mm wrist reach or 1,050 mm reach measured to the flange, integrated joint torque sensing and ABB’s OmniCore control platform.

It sits between simple entry-level cobots and conventional industrial automation by combining collaborative operation and lead-through programming with ABB technologies such as RobotStudio, RAPID programming, RobotWare and SafeMove.

What GoFa 5 is

• A six-axis collaborative industrial robot.
• A 5 kg payload platform for lightweight handling and process automation.
• A programmable ABB robot that can use both graphical and traditional industrial programming workflows.
• A suitable platform for applications such as machine tending, assembly, screwdriving, pick-and-place and packaging.
• A robot designed to support human-robot collaboration when the complete application has been engineered and risk-assessed accordingly.

What GoFa 5 is not

• It is not a complete automation cell by itself.
• It is not automatically safe simply because ABB calls it a collaborative robot.
• It cannot necessarily carry a 5 kg workpiece once a gripper, adapter and cables are installed.
• Its IP54 rating does not make it a washdown or IP67 robot.
• It does not guarantee a 2.2 m/s operating speed when people are sharing the workspace.
• It does not remove hazards created by presses, blades, welding equipment, sharp workpieces or other machinery.

If you are still comparing collaborative automation as a category, browse our guide to collaborative robots and cobots.

ABB GoFa 5 Specifications

The following figures reflect current ABB-published information for the GoFa 5 / CRB 15000-5 class checked in September 2026. ABB has updated the GoFa family over time, so confirm the exact manipulator revision, controller, software options and regional package named in your quotation.

Reach specifications need context

You may see GoFa 5 described as having either 950 mm or 1,050 mm of reach. Both figures can appear in ABB material because they refer to different reference points: ABB currently lists approximately 0.95 m at the wrist and 1.05 m at the flange.

Do not compare one manufacturer’s flange reach with another manufacturer’s differently defined working radius without checking the underlying drawings. For a real application, use a reach simulation with the final tool dimensions, approach angles, fixtures and required clearance.

Payload, Reach and Working Envelope

GoFa 5’s headline payload is 5 kg, but that does not mean it can necessarily pick a 5 kg component.

The robot must carry the entire load attached to the flange, including the end effector, adapters, sensors, tool changer, cables or hoses that contribute to the payload calculation, plus the workpiece itself. Centre of gravity and inertia also matter.

A simple payload example

If an application uses:

• 1.2 kg electric gripper,
• 0.3 kg mounting plate and associated hardware,
• and a suitable centre of gravity,

theoretical mass remaining for the workpiece is approximately 3.5 kg, not 5 kg.

That example is only a first-pass calculation. The supplier still needs to validate centre of gravity, moments, inertia and dynamic motion for the final tool.

When the 950–1,050 mm envelope works well

GoFa 5 is particularly suited to compact cells where the robot can be positioned close to the process:

• Loading a CNC machine from an adjacent tray.
• Moving parts between nearby assembly stations.
• Screwdriving on products positioned within a controlled fixture.
• Picking products from a conveyor or feeder.
• Packaging lightweight products into cartons.
• Performing inspections around a compact workbench.

The envelope becomes less attractive when a robot must reach deep inside a large machine, service widely separated stations or work over large pallets. In those cases, a longer-reach cobot or an industrial robot may simplify the entire cell.

How Fast Is ABB GoFa 5?

ABB publishes a maximum TCP speed of up to 2.2 m/s for GoFa 5.

That makes GoFa capable of fast industrial movement for a collaborative platform, but buyers need to separate three different questions:

1. What is the robot’s theoretical maximum speed?
2. What speed can the robot achieve over the actual path?
3. What speed is permissible when people can enter or share the workspace?

These are not the same number.

2.2 m/s is not automatically the collaborative operating speed

ABB itself notes that safe collaborative speed can be lower and that the complete application requires a safety risk assessment.

The permissible speed depends on the payload, end effector, possible contact points, workpiece geometry, body areas that could be contacted, separation strategy and other hazards in the cell.

A large metal component with sharp edges is not equivalent to a soft lightweight product even if both are attached to the same robot.

Do not buy from headline speed alone

There is another reason to be careful with speed comparisons. ABB’s current GoFa marketing describes 2.2 m/s as particularly fast for the category, but competitor specifications continue to change. For example, Universal Robots’ April 2026 UR5e technical sheet publishes a maximum TCP speed of up to 4 m/s.

That does not automatically make the UR5e twice as productive. Maximum TCP speed, acceleration, path geometry, payload, safety mode, gripper time, machine response and process time all influence the actual cycle.

Buyer rule: compare a simulated and then measured cycle for your own process—not the largest speed number in a brochure.

Is ABB GoFa 5 Safe to Use Without Fencing?

Potentially—but not automatically.

GoFa 5 incorporates collaborative safety technology specifically designed to make close human-robot operation possible. ABB uses integrated torque sensing in the robot’s six joints and its SafeMove platform to monitor robot behaviour and support power-and-force-limited applications and other safety strategies.

ABB publishes functional-safety performance of Category 3, PL d for the relevant collaborative safety architecture.

SafeMove Collaborative

Depending on the system configuration, SafeMove can supervise parameters such as:

• Robot and tool position.
• Axis position.
• Axis speed.
• Tool speed.
• Tool orientation.
• Safe zones and working ranges.
• Standstill conditions.
• Safety signals and stop functions.

Current ABB OmniCore documentation describes support for up to 16 configured safe zones within the relevant SafeMove Collaborative environment.

The cobot is only one source of risk

A production system can still require guarding even when the robot itself supports collaborative operation.

Examples include:

• A sharp workpiece that could cut someone.
• A gripper that creates pinch or crushing points.
• A machine press connected to the robot.
• A rotating CNC spindle.
• A welding arc, hot component or welding fumes.
• A cutting, laser or dispensing process.
• A heavy object that could be dropped.

ABB’s own published customer example at Japanese manufacturer NAC illustrates the point well: GoFa was used around a machine press, but the company still treated the surrounding process as hazardous and engineered the safety system accordingly.

What buyers should request

Before accepting a claim that a GoFa application will operate “without fencing”, require the integrator to explain:

• The selected collaborative safety method.
• The risk assessment.
• Permitted robot speeds.
• Tool and workpiece hazards.
• Safe separation or contact limits.
• Emergency-stop architecture.
• Machine interlocks.
• Validation and acceptance testing.

A cobot is a component that enables collaborative system design. It is not a substitute for that design.

Programming ABB GoFa 5: Wizard, Lead-Through, RAPID and RobotStudio

Programming flexibility is one of GoFa 5’s strongest characteristics because ABB does not force every buyer into the same interface.

A new user can begin with manual guidance and graphical programming, while an experienced automation engineer can move into ABB’s deeper programming and simulation environment.

Lead-through programming

GoFa can be physically guided to positions during setup. This makes it easier to teach points without manually jogging every joint from the pendant.

It is particularly useful for straightforward tasks such as:

• Pick position.
• Place position.
• Machine loading.
• Inspection points.
• Simple assembly paths.

Wizard Easy Programming

ABB’s Wizard Easy Programming uses graphical blocks rather than requiring a new user to begin with robot code.

ABB says a new user can get started within approximately ten minutes without prior programming experience. Common robot movements, logic, messages and signals can be assembled through drag-and-drop blocks, while Skill Creator lets advanced users develop customised functions.

That does not mean a complete production cell can always be engineered in ten minutes. Machine communication, error recovery, part variation, safety and exception handling remain engineering tasks.

RAPID

For advanced applications, users can work with ABB’s RAPID programming language.

This is important for companies that already operate ABB robots because the cobot can fit into an established ABB engineering skill set rather than becoming an isolated automation platform.

RobotStudio

RobotStudio provides offline programming, simulation and virtual commissioning tools.

A buyer can use simulation to answer important questions before hardware is installed:

• Can the robot reach every required point?
• Will the arm collide with the machine or fixture?
• What orientation is required?
• Is the predicted cycle time acceptable?
• Where should the robot pedestal be positioned?
• Would a different GoFa model simplify the layout?

ABB states that RobotStudio can achieve a high match between simulation and physical robot behaviour. Even so, final cycle time and safety performance should always be validated on the real application.

How Accurate Is ABB GoFa 5?

ABB publishes 0.02 mm pose repeatability for GoFa 5.

That is an excellent specification for a collaborative robot, but repeatability is often misunderstood.

Repeatability is not the same as absolute accuracy

Repeatability describes how consistently the robot can return to a previously taught pose.

A robot can be highly repeatable and still have a larger difference between its commanded position in a global coordinate system and the position it reaches in reality.

For basic pick-and-place, machine tending and fixture-based assembly, repeatability is often more important than absolute positioning accuracy.

Processes such as:

• Laser processing.
• Precision gluing.
• Sealing.
• Metrology.
• Path-sensitive cutting.
• Advanced inspection.

may care much more about path and absolute accuracy.

GoFa Ultra Accuracy

ABB introduced its Ultra Accuracy option for the GoFa family to address these higher-precision processes.

ABB publishes:

• Path accuracy down to 0.03 mm.
• Absolute position accuracy of approximately 0.1 mm.

ABB says the feature is available on new GoFa systems and can also be retrofitted to suitable existing GoFa cobots.

Do you need Ultra Accuracy?

Do not buy the option solely because the numbers are impressive.

If a conventional fixture locates the part and the robot simply returns to taught points, standard GoFa repeatability may already be more than sufficient.

Ultra Accuracy becomes more compelling when the programmed path itself must correspond very closely with the physical world or when programs and paths are created offline and transferred to production with tight tolerance requirements.

GoFa 5 Tooling, Vision and Integration

The robot arm determines where a tool can move. The end effector determines what the automation system can actually do.

GoFa 5 can be paired with a broad range of industrial and cobot-oriented tooling, subject to payload, interface and safety requirements.

Vision can add flexibility—but it is not always the best answer

A vision system can reduce the need for precise mechanical presentation of parts, but it also adds cost, calibration, lighting requirements and software complexity.

For high-volume production of one stable product, a simple mechanical fixture can sometimes outperform a sophisticated camera.

For high-mix production, variable part positions or inspection tasks, vision can make the cobot substantially more flexible.

Design the complete process first

Before choosing tooling, map the sequence:

part arrives → part is located → robot picks → process occurs → result is verified → part exits → failure is handled.

The most difficult automation problem is often not the robot motion. It is what happens when a component arrives rotated, the machine faults, the gripper misses a part, a tray is empty or a quality test fails.

Real-World ABB GoFa Results: What Published Deployments Show

ABB has published multiple commercial GoFa deployments across assembly, machine tending, packaging and electronics. These are useful because they show actual production patterns rather than demonstration-only tasks.

However, the results below are primarily ABB-published customer case studies, not independent controlled trials. They demonstrate what has been achieved in specific applications; they do not guarantee the same improvement in another factory.

What successful GoFa deployments have in common

The strongest applications do not begin with “we want a cobot.”

They begin with a constrained production problem:

• A machine needs more tending hours.
• A repetitive assembly process creates quality variation.
• A packaging line has outgrown manual handling.
• Skilled employees are spending time on repetitive movements.
• A small-space application cannot justify a conventional fenced robot cell.

The GoFa then becomes one component of a process designed around that measurable problem.

Best ABB GoFa 5 Use Cases

1. Machine tending

One of the strongest GoFa 5 applications.

A GoFa can load and unload CNC machines, test equipment and other production assets when the workpiece, gripper and required reach remain inside its payload envelope.

The business case is strongest when machine capacity is limited by operator availability or when staff are repeatedly opening a machine, replacing a component and restarting the same cycle.

Explore more machine-tending robots.

2. Precision assembly

The combination of 0.02 mm published repeatability, force-control options and flexible programming makes GoFa attractive for lightweight assembly.

Typical processes can include:

• Component insertion.
• Part mating.
• Fastening.
• Fixture loading.
• Testing and transfer between stations.

See more assembly robots.

3. Pick-and-place

GoFa 5 can repeatedly transfer small components between trays, conveyors, fixtures and machines.

The robot is most effective when part presentation is predictable. If products arrive randomly, vision or a dedicated feeding system may be required.

Compare pick-and-place robots.

4. Packaging

Lightweight bags, boxes, containers and consumer products can be suitable for GoFa 5, particularly when ergonomic repetition is a concern.

Packaging projects should calculate the complete tool-plus-product payload and ensure that the cobot cycle can keep pace with upstream machinery.

See packaging robots.

5. Screwdriving and fastening

GoFa can automate repeatable fastening processes when paired with the correct screwdriver, screw-feeding equipment and quality-control system.

The robot is only one part of this application. Torque control, screw presentation and traceability can matter more than robot positioning.

6. Electronics manufacturing and repair

Small products, high product value and the need for consistent motion can make electronics a strong cobot environment.

ABB’s published Repartly and Brimind deployments demonstrate how GoFa can be used in electronics-related inspection, handling and assembly processes.

7. Inspection and quality processes

A GoFa equipped with cameras or measurement devices can move a sensor repeatedly around a product.

Ultra Accuracy may be particularly relevant if the measurement process depends on accurate paths or transferred offline positions rather than simple taught points.

8. Welding

GoFa 5 can be integrated into suitable compact welding solutions, and ABB positions welding as one of the GoFa family’s supported applications.

But a welding cobot is not automatically a human-safe open workstation. Arc radiation, hot metal, fumes, sharp parts and welding equipment create hazards independent of the robot.

Compare robotic welding solutions before assuming a collaborative layout is the best architecture.

When ABB GoFa 5 Is Not the Right Cobot

GoFa 5 is a capable robot, but buyers should reject it when the process requirements clearly point elsewhere.

• More than 5 kg combined payload: tooling and the workpiece exceed the robot’s practical load envelope.
• Long-reach applications: the required process points cannot be covered comfortably within its approximately one-metre envelope.
• Wet or washdown environments: GoFa 5’s IP54 rating may be inadequate where IP67 or specialist hygiene protection is required.
• Very high-speed isolated production: if people never need to approach the robot during production, a conventional industrial robot may deliver a better throughput-to-cost ratio.
• Hazardous processes still requiring full guarding: in some cutting, pressing or high-energy processes, the benefits of a collaborative arm may be reduced.
• Heavy palletising: a higher-payload robot is more appropriate.
• Large multi-machine cells: additional reach may simplify the layout and eliminate external axes or awkward positioning.
• No clear automation owner: even an easy-to-program cobot requires someone to own tooling, faults, changeovers, maintenance and process improvement.

A robot that technically reaches the task but operates permanently at the edge of its reach or payload envelope is usually a poor design. Leave engineering margin.

ABB GoFa 5 vs UR5e, FANUC CRX-5iA and Doosan M0609

There is no universal “best 5 kg cobot”. The right platform depends on payload, reach, environmental protection, speed, precision, programming skills, tooling ecosystem, existing factory standards and local support.

The table below uses current manufacturer-published specifications where comparable information is available. Vendors may define speed, reach and performance conditions differently, so a shortlist should be validated against the same application and acceptance test.

Which one should you choose?

• Choose GoFa 5 when precision, ABB software, SafeMove and integration into an ABB automation environment are major priorities.
• Shortlist UR5e when ecosystem breadth, a lighter arm and the Universal Robots platform are attractive to your team.
• Shortlist FANUC CRX-5iA when IP67 protection and an existing FANUC environment matter.
• Shortlist Doosan M0609 when the extra 1 kg of nominal payload or Doosan’s force-sensing ecosystem better matches the process.

One particularly important 2026 update is the UR5e’s current published 4 m/s maximum TCP speed. This means older comparison articles describing GoFa’s 2.2 m/s as categorically faster than its major 5 kg competitors should not be relied on without rechecking current specifications.

Use the Anton Robots comparison tool to narrow the field before requesting application-specific quotes.

ABB GoFa 5 vs GoFa 10 and GoFa 12

GoFa 5 is now one member of a broader GoFa range.

Current ABB information lists three main variants:

Do not select the smallest robot automatically

GoFa 5 is usually preferable when it comfortably handles the final tool and workpiece because a compact robot can simplify installation.

But if the application needs 4.8 kg today before tooling is finalised, buying a nominal 5 kg robot leaves almost no engineering margin.

Likewise, attempting to position GoFa 5 at the limit of its reach can create awkward robot postures and slower paths.

Select the robot from the complete working envelope and load model rather than from the nominal workpiece weight alone.

Is ABB GoFa 5 Worth It?

GoFa 5 is worth it when the complete automation system produces enough additional throughput, labour redeployment, quality improvement, machine utilisation or ergonomic benefit to justify its full lifecycle cost.

It is poor value when a buyer purchases a cobot first and searches for an application afterwards.

Build the ROI around the process

A practical annual model is:

Annual benefit = productive labour redeployed + additional production margin + scrap/rework avoided + overtime avoided + equipment utilisation gained + validated safety/ergonomic value − annual operating cost.

Then calculate:

Payback period = total implementation cost ÷ monthly net benefit.

Include the complete cost

Your investment figure should include:

• GoFa robot and controller.
• FlexPendant and required RobotWare options.
• End-of-arm tooling.
• Tool changer if required.
• Pedestal or workstation.
• Fixtures and part presentation.
• Vision equipment.
• Safety hardware.
• PLC and machine communications.
• Engineering and programming.
• Installation and commissioning.
• Training.
• Support and maintenance.
• Internal project time.

Measure the right benefits

Useful pilot metrics include:

• Parts produced per hour.
• Machine utilisation.
• Operator minutes per cycle.
• Robot intervention rate.
• First-pass yield.
• Scrap and rework.
• Changeover time.
• Unplanned downtime.
• Hours of unattended or lightly supervised operation.
• Quality consistency.

Example of a misleading ROI calculation

Do not assume that automating one task removes one full salary.

If an operator currently spends only 25% of a shift on that task, the real economic benefit depends on what happens to the remaining 75% of their time.

Likewise, a cobot that enables an expensive CNC machine to operate for two additional hours every day may generate more value through machine utilisation than through direct labour savings.

A practical go/no-go threshold

Before purchasing, require a representative trial or acceptance test to prove:

1. The robot reaches every required pose with margin.
2. The complete tool and workpiece stay inside the payload envelope.
3. The target cycle time is achievable under the final safety configuration.
4. Part presentation and gripping are reliable.
5. Failure conditions can be recovered without excessive operator intervention.
6. The economics still work using realistic uptime rather than perfect theoretical production.

ABB GoFa 5 Buying Checklist

1. Define the process. Document every step performed manually today, including exceptions.
2. Measure the workpiece. Record mass, dimensions, centre of gravity, surfaces and variation.
3. Select preliminary tooling. Add gripper, adapter, sensors, cables and tool changer to the payload calculation.
4. Map every required robot pose. Include pick, process, inspection, reject and recovery positions.
5. Simulate the reach. Check the final TCP and tool geometry rather than using brochure reach alone.
6. Define cycle time. Separate robot travel time from gripping, machine and process time.
7. Choose part presentation. Decide between fixtures, feeders, trays, conveyor tracking or vision.
8. Design the safety concept. Consider the robot, tool, workpiece, machine and nearby people as one system.
9. Define machine communications. Document PLC signals, doors, machine-ready states, cycle completion and fault recovery.
10. Choose the programming model. Decide what operators can modify through Wizard and what should remain controlled by trained engineers.
11. Set acceptance criteria. Include throughput, uptime, quality, intervention frequency and safety validation.
12. Request the full system price. Separate robot cost from turnkey integration cost.
13. Model lifecycle economics. Include support, production changes and internal ownership.
14. Run a representative trial. Use the real part, gripper and process whenever possible.

Pro tip: send the supplier a short video of the current manual process, workpiece drawings, required cycle time, machine layout and annual production volume. That usually produces a much more useful automation proposal than simply asking, “How much is a GoFa 5?”

How to Buy ABB GoFa 5

GoFa 5 is generally purchased through ABB and its robotics sales and integration ecosystem rather than as a simple standalone consumer product.

A useful request for quotation should include enough information for the supplier to assess the complete automation task.

Before requesting a quote, prepare:

• Photos or video of the existing process.
• Workpiece weight and dimensions.
• CAD drawings where available.
• Required picks or cycles per minute.
• Machine and workstation layout.
• Operating hours per day.
• Expected product variation.
• Required quality checks.
• Environmental conditions.
• Any existing ABB, PLC or factory automation standards.
• Your target implementation date.

Review the ABB GoFa 5 listing for product information and current buying options.

If you are not sure GoFa 5 is the right model, use Find My Robot to compare the requirement against alternatives, or contact Anton Robots with your application.

You can also browse the wider ABB robot range.

What Is New Around ABB GoFa in 2026?

GoFa remains an active part of ABB’s collaborative robotics portfolio in 2026, while ABB is expanding both the applications around it and its wider cobot range.

GoFa continues moving into more vision-driven applications

At Advanced Factories 2026, ABB demonstrated GoFa-based applications including vision-supported bin picking and collaborative automation workflows.

The significance for buyers is not that every GoFa 5 includes these capabilities by default. It is that ABB continues developing a wider application ecosystem around the platform rather than treating GoFa as a static robot arm.

GoFa is being used for advanced manipulation research

In June 2026, ABB Robotics and PSYONIC announced work using GoFa with PSYONIC’s Ability Hand to explore more dexterous robotic manipulation.

This is relevant to the future of flexible robot handling, but buyers should separate research and development demonstrations from commercially standard GoFa 5 production packages.

ABB’s PoWa family changes the wider cobot comparison

ABB also launched its PoWa collaborative robot family in 2026, covering higher-payload, high-speed automation requirements.

That does not make GoFa 5 obsolete. It makes application selection more important.

GoFa 5 remains particularly interesting where lightweight payload, precision, mature ABB software and close human-robot operation are important. Buyers whose priority is maximum payload or maximum raw speed should now compare GoFa not only with external competitors but with ABB’s newer cobot portfolio as well.

Ultra Accuracy remains one of GoFa’s most important upgrades

Although Ultra Accuracy was introduced before 2026, it materially changes how GoFa should now be evaluated for precision applications.

An older review that describes GoFa only through its standard 0.02 mm repeatability misses the distinction between repeatable point positioning and the optional path/absolute accuracy capabilities now available.

ABB GoFa 5 FAQ

How much does ABB GoFa 5 cost?

ABB does not publish one universal global retail price for a complete GoFa 5 installation. A current Australian equipment listing in September 2026 advertised a new GoFa 5 at approximately A$55,000 excluding GST, but that should be treated as a market reference rather than ABB’s global MSRP. Tooling, safety, software, fixtures and integration can materially increase total project cost.

What is the payload of ABB GoFa 5?

The rated payload is 5 kg. The payload calculation must include the end effector and other mass carried by the robot as well as the workpiece.

What is the reach of ABB GoFa 5?

ABB currently lists approximately 950 mm wrist reach and 1,050 mm reach to the flange. Check the exact reference point when comparing GoFa with another robot.

How fast is ABB GoFa 5?

ABB publishes a maximum TCP speed of up to 2.2 m/s. The permitted speed in a collaborative application can be lower depending on the complete risk assessment, tooling, payload and possible human contact.

Is ABB GoFa 5 faster than Universal Robots UR5e?

Do not rely on older generic claims. ABB publishes up to 2.2 m/s for GoFa 5, while Universal Robots’ April 2026 UR5e technical sheet publishes a maximum TCP speed of up to 4 m/s. Maximum speed alone does not determine application cycle time, particularly under collaborative safety constraints.

How repeatable is ABB GoFa 5?

ABB publishes pose repeatability of 0.02 mm for GoFa 5.

What is GoFa Ultra Accuracy?

Ultra Accuracy is an ABB precision feature for the GoFa family. ABB publishes path accuracy down to 0.03 mm and absolute position accuracy of approximately 0.1 mm. It is aimed at applications where accurate paths and transferred coordinates matter more than simple point repeatability.

Can ABB GoFa 5 work without a safety fence?

It can in appropriately designed collaborative applications, but not automatically. The complete system—including robot, tool, workpiece and surrounding machinery—requires a risk assessment and safety validation.

Does ABB GoFa 5 have force or torque sensing?

GoFa uses integrated torque sensing in its six joints as part of its collaborative safety and control architecture. Optional force-control functionality is also available for suitable applications.

Is ABB GoFa 5 IP67?

No. The standard GoFa 5 manipulator is published as IP54. Larger GoFa variants offer higher protection ratings in current ABB documentation.

Can GoFa 5 be mounted upside down?

Yes. ABB lists flexible any-angle mounting, allowing suitable floor, wall and ceiling installations when the mechanical installation is correctly engineered.

Can ABB GoFa 5 tend a CNC machine?

Yes. Machine tending is one of GoFa’s principal applications. The final suitability depends on part mass, gripper mass, reach, machine access, cycle time, door automation and safety.

Can GoFa 5 be used for welding?

Yes, GoFa can be integrated into suitable welding systems. However, the welding process introduces hazards such as arc radiation, fumes and hot material, so “collaborative robot” does not mean a welding application can automatically run beside people without protection.

Can ABB GoFa 5 do pick-and-place?

Yes. Lightweight pick-and-place is a natural application for the 5 kg robot, subject to reach, tool mass, required cycle rate and part presentation.

Can GoFa 5 use machine vision?

Yes. GoFa can be integrated with vision systems for applications such as part localisation, bin picking, inspection and flexible handling. The exact camera and software configuration depends on the application.

Is ABB GoFa 5 easy to program?

For basic tasks, ABB provides lead-through teaching and Wizard Easy Programming, a graphical block-based interface. Advanced users can work with RAPID and RobotStudio for more sophisticated automation.

What controller does ABB GoFa 5 use?

Current GoFa 5 systems use ABB’s OmniCore control platform, with the C30 associated with the CRB 15000 platform in current documentation.

Can GoFa 5 work in a cleanroom?

ABB publishes ISO Cleanroom Class 4 for the GoFa 5 in its collaborative robotics specifications. Buyers should confirm the exact robot and complete tooling configuration against their required cleanroom standard.

Is ABB GoFa 5 suitable for food production?

GoFa has been used in food packaging applications, but suitability for a particular food environment depends on hygiene requirements, washdown needs, end-effector materials and the complete system design. The standard GoFa 5’s IP54 rating is important if regular washdown is required.

What is the difference between ABB GoFa 5 and GoFa 10?

GoFa 10 offers substantially more reach and payload. Current ABB information lists approximately 1.52 m wrist / 1.62 m flange reach and up to 12 kg payload in the specified wrist-down configuration, compared with 0.95 / 1.05 m and 5 kg for GoFa 5.

Is ABB GoFa 5 worth the money?

It can be when a clearly defined application improves machine utilisation, throughput, quality, ergonomics or labour allocation enough to repay the complete installed system. It is difficult to justify as a generic “automation experiment” without a measurable process objective.

Final Verdict: Should You Buy ABB GoFa 5?

Buy or pilot ABB GoFa 5 if you need a compact 5 kg collaborative robot with excellent repeatability, fast motion, flexible mounting and access to ABB’s mature industrial automation environment.

The strongest argument for GoFa 5 is not any one specification. It is the combination of 0.02 mm published repeatability, approximately one metre of reach, up to 2.2 m/s TCP speed, joint torque sensing, SafeMove, Wizard Easy Programming, RAPID, RobotStudio and a growing base of documented industrial applications.

There are meaningful limits.

The 5 kg payload must include tooling. The standard GoFa 5 is IP54 rather than IP67. Its maximum 2.2 m/s speed cannot be treated as the safe collaborative speed of every application. And the cost of an operational automation cell can be much higher than the robot package once grippers, fixtures, cameras, safety and engineering are added.

Buyers should also ignore outdated comparisons. The cobot market is moving quickly: current competitor specifications have changed, ABB has expanded the GoFa family, Ultra Accuracy has added a new precision proposition and ABB’s newer PoWa range has broadened its collaborative portfolio.

The smartest buying process is therefore application-led:

define the part → define the tool → validate payload and reach → simulate the process → engineer safety → prove the cycle → calculate the full ROI → then choose the robot.

If GoFa 5 remains the best fit after that process, it is a highly credible platform for lightweight industrial automation.

Ready to evaluate a configuration? View ABB GoFa 5 at Anton Robots, use the robot comparison tool, or contact Anton Robots to discuss the application.