ABB SWIFTI CRB 1300-11/0.9 vs DENSO COBOTTA PRO 1300: Cobot Comparison
Updated: 12 hours ago
IN A NUTSHELL
🔎 THE KEY DIFFERENCE Reach figures need careful reading: ABB SWIFTI CRB 1300-11/0.9 lists 900 mm, while DENSO COBOTTA PRO 1300 lists 1,300 mm arm length; 1,463 mm maximum arm reach. Check the same tool position and reference point before deciding which robot reaches your fixture. |
→ CONSIDER ABB SWIFTI CRB 1300-11/0.9 Consider it when the stated load suits your task and its exact reach reference matches your layout. This article compares 11 kg with a published reach of 900 mm; include the gripper and part in the load. |
→ CONSIDER DENSO COBOTTA PRO 1300 Consider it when the stated load suits your task and its exact reach reference matches your layout. This article compares 12 kg with a published reach of 1,300 mm arm length; 1,463 mm maximum arm reach; include the gripper and part in the load. |
💡 THE TAKEAWAY Check the real tool, movement path and safety assessment before choosing. A collaborative label does not make every task safe without guarding; compare complete installation quotes. |
ABB SWIFTI CRB 1300-11/0.9 vs DENSO COBOTTA PRO 1300 is a buying comparison built around the actual robot configurations, not a collection of family maxima. COBOTTA PRO 1300 offers more nominal load and different geometry; SWIFTI's scanner-based access strategy needs a complete cycle comparison. The useful result is a cell that meets its load, quality, access and throughput requirements with a maintainable integration plan.
The starting-price figures used here are USD 45,000 for ABB SWIFTI CRB 1300-11/0.9 and USD 45,000 for DENSO COBOTTA PRO 1300, taken from the individual ATC reviews. They are indicative review prices rather than binding current quotations. This guide separates rated payload, published workspace, positioning repeatability and complete-system requirements so that a cheaper or larger arm is not mistaken for a valid finished-cell alternative.
Quick verdict
ABB SWIFTI CRB 1300-11/0.9: A compact high-throughput cell with intermittent operator access and an engineered speed-and-separation-monitoring arrangement. The reviewed 6.2 m/s maximum TCP speed is not an unrestricted close-proximity operating speed. SafeMove and scanner coverage belong in the system concept. IP67 is an option on the reviewed IP40 base configuration.
DENSO COBOTTA PRO 1300: A 12 kg handling or tending task where DENSO's RC9 workflow and usable geometry fit the production system. The reviewed 1,300 mm arm length and 1,463 mm maximum arm reach use different references. Use the same tool pose when comparing them with GoFa or SWIFTI.
ABB SWIFTI CRB 1300-11/0.9 vs DENSO COBOTTA PRO 1300: technical specifications
Specification | ABB SWIFTI CRB 1300-11/0.9 | DENSO COBOTTA PRO 1300 |
|---|---|---|
Rated payload | 11 kg | 12 kg |
Published reach / geometry | 900 mm | 1,300 mm arm length; 1,463 mm maximum arm reach |
Position repeatability | ±0.02 mm | ±0.04 mm |
Controlled axes | 6 | 6 |
Arm / system mass in review | 75 kg | 41 kg |
Controller / HMI | ABB OmniCore C30 | DENSO RC9 |
Indicative starting price | USD 45,000 | USD 45,000 |
The figures refer to the variants discussed in the linked reviews. SWIFTI's reviewed high-speed capability belongs to a separation-monitored operating concept, not unrestricted close-contact operation. DENSO separately reports arm length and maximum arm reach, so those figures should not be treated as identical measurement references.
Payload: start with the complete attached tool
DENSO COBOTTA PRO 1300 offers 1 kg more nominal load capacity than ABB SWIFTI CRB 1300-11/0.9. A 11.5 kg complete tool-and-part combination already exceeds the smaller model's 11 kg headline limit. That does not automatically approve it on the larger robot: the load diagram, moments, inertia and worst wrist orientation still need to be checked. Use the rated configuration, not a family maximum.
For this pair, the reviewed masses are 75 kg for ABB SWIFTI CRB 1300-11/0.9 and 41 kg for DENSO COBOTTA PRO 1300. Installation mass is separate from tool payload. Include the mounting frame, anchoring, lifting method and service access in the concept. A lighter arm may simplify handling, while a heavier installation may demand a different support structure; neither is a reason to omit dynamic-load and stability checks.
Workspace and posture: check every required pose
ABB SWIFTI CRB 1300-11/0.9 is listed with 900 mm, compared with 1,300 mm arm length; 1,463 mm maximum arm reach for DENSO COBOTTA PRO 1300. These figures are useful for an initial layout but do not by themselves describe the usable workspace of the actual tool. An endpoint may be reachable while its required orientation, approach corridor or escape path is not. Include the machine door, fixture, cables and maximum part envelope in the study.
A matched joint count does not make the joint limits, singularity behavior, approach geometry or cable routing identical. Use a representative tool model in simulation or a physical trial. Include the deepest process pose, the farthest pickup, a reject position and a maintenance or recovery pose. If the cheaper concept needs an added slide or relocated fixture, count that work before comparing arm prices.
ABB SWIFTI CRB 1300-11/0.9: engineering assessment
The reviewed ABB SWIFTI CRB 1300-11/0.9 combines 11 kg rated load with 900 mm and ±0.02 mm positioning repeatability. Count replenishment, inspection and adjustment visits when estimating useful throughput. A fast robot that repeatedly slows or stops for people may lose its apparent advantage in a workstation designed for continuous shared access.
The reviewed 6.2 m/s maximum TCP speed is not an unrestricted close-proximity operating speed. SafeMove and scanner coverage belong in the system concept. IP67 is an option on the reviewed IP40 base configuration. Require a documented separation-monitoring layout and test access during the real production cycle. Scanner blind spots, stopping behavior and repeated operator entry can change the useful throughput.
DENSO COBOTTA PRO 1300: where the alternative adds value
The reviewed DENSO COBOTTA PRO 1300 offers 12 kg rated load, 1,300 mm arm length; 1,463 mm maximum arm reach and ±0.04 mm positioning repeatability. This is a larger-load alternative with a reviewed 41 kg arm. Test the complete sequence, including operator entry and recovery, rather than assuming collaborative labeling guarantees the maximum motion speed beside people.
The reviewed 1,300 mm arm length and 1,463 mm maximum arm reach use different references. Use the same tool pose when comparing them with GoFa or SWIFTI.
Positioning, force interaction and process quality
The tighter stated position-repeatability value is ±0.02 mm, compared with ±0.04 mm for the other robot. That is a useful shortlist input, not a finished-part tolerance guarantee. Repeatability concerns returning to a pose under specified conditions; absolute accuracy, tool calibration, fixture movement and process variation remain separate engineering concerns.
For assembly, measure seating quality or fastener results; for handling, measure reliable pickup, placement and reject recovery. Use representative production variation rather than one prepared sample. The robot that meets the actual process criterion with the simpler maintained system can be the better choice even when a competing data-sheet figure looks more impressive.
Programming, interfaces and ownership
The ABB source identifies ABB OmniCore C30. RAPID and RobotStudio are part of the ABB workflow described in the reviews. A familiar software environment can reduce maintenance friction, but only if the actual team can back up, diagnose and restore the application. Ask for the exact version and the rights to the finished program.
The alternative's reviewed control or HMI arrangement is DENSO RC9. Verify the programming interface, licenses, communication options and integration responsibilities in the offered package.
Write an I/O and network schedule for the gripper, PLC, machine, inspection device and safety system. Verify voltages, connector pinouts, signal direction and timeout behavior. A protocol listed in a review is not proof that every license or board is supplied. Include a lost communication link, failed acknowledgement and an interrupted production sequence in the acceptance demonstration.
Safety, environment and real cycle time
SWIFTI requires a validated separation-monitoring concept. ABB describes SafeMove and safety scanning supervising access so motion can be managed when people approach. Include detection coverage, stopping behavior, replenishment and restart in the design. The published maximum TCP speed must not be presented as a speed for unrestricted contact with an operator.
The ABB review lists IP40, IP67 optional for the arm. Specify the alternative's exact environmental rating and approved operating conditions in the quotation; do not infer them from its appearance or product class. Ingress ratings do not authorize every cleaning chemical, steam treatment or pressure-washing procedure. Check the controller, cable exits, connectors and tool independently, and distinguish standard protection from a paid option.
Compare useful output using the same part, tool, normal safety settings and peripheral delays. Maximum or typical TCP speeds are not a matched cycle-time benchmark. Gripping, machine dwell, process time and operator visits may dominate. Record good parts, rejected parts, changeover and restart time alongside motion time before turning a supplier demonstration into a payback estimate.
Price and total installed cost
The indicative starting prices are USD 45,000 and USD 45,000, a difference of USD 0. The lower-priced arm is DENSO COBOTTA PRO 1300. Those figures come from the linked ATC reviews and may change. They do not establish equivalent controllers, pendants, safety equipment, software, stock or turnkey scope.
Request comparable bills of materials covering the robot, tool, fixture, machine interface, vision, safety devices, controller options, commissioning and training. Include freight, tax and installation where relevant. Name the supplier responsible for diagnosing faults across component boundaries and obtain configuration-specific warranty and delivery commitments. A cheap arm that needs an unsuitable layout changed is not automatically the cheaper installed system.
How to choose for a representative application
Decision | Start by testing | Why it matters |
|---|---|---|
Load and tooling | 11 kg versus 12 kg | Include all adapters and attached equipment |
Workspace | 900 mm versus 1,300 mm arm length; 1,463 mm maximum arm reach | Match geometric references and tool orientation |
Configuration | 6 versus 6 controlled axes | Do not merge different operating concepts |
Process quality | ±0.02 mm versus ±0.04 mm | Measure the finished result, not only robot position |
Value | USD 45,000 versus USD 45,000 | Align the installed package and maintenance plan |
COBOTTA PRO 1300 offers more nominal load and different geometry; SWIFTI's scanner-based access strategy needs a complete cycle comparison. For the ABB candidate, the application to demonstrate is: a compact high-throughput cell with intermittent operator access and an engineered speed-and-separation-monitoring arrangement. For the alternative, evaluate: a 12 kg handling or tending task where DENSO's RC9 workflow and usable geometry fit the production system. If a load, pose or safety requirement fails, redesign the concept before judging its apparent purchase-price saving.
Acceptance testing before purchase
Give both suppliers the same workpiece range, complete tool CAD, load data, required poses, target cycle, environmental exposure and intended operator interaction. Agree pass criteria before the trial. Test a missed pickup, a rejected part, a stopped machine and restart after power loss. Ask the intended operator to change a recipe and recover the sequence safely; a supplier-only demonstration is not a maintenance handover.
Retain the program, safety configuration, I/O schedule, tool settings and backup procedure. Establish support escalation, replacement-part responsibilities and the revision of the equipment being supplied. Where contact or dual-arm coordination is involved, keep the demonstrated process settings in the acceptance record so that later changes do not silently invalidate the qualified result.
Complete product reviews
Frequently asked questions
Which should I choose: ABB SWIFTI CRB 1300-11/0.9 or DENSO COBOTTA PRO 1300?
COBOTTA PRO 1300 offers more nominal load and different geometry; SWIFTI's scanner-based access strategy needs a complete cycle comparison. A compact high-throughput cell with intermittent operator access and an engineered speed-and-separation-monitoring arrangement. A 12 kg handling or tending task where DENSO's RC9 workflow and usable geometry fit the production system. Choose the concept that passes the actual tool-load, workspace, process-quality and safety tests with an acceptable installed quotation and maintenance plan.
What are the indicative starting prices in US dollars?
The ATC reviews list ABB SWIFTI CRB 1300-11/0.9 from USD 45,000 and DENSO COBOTTA PRO 1300 from USD 45,000. The difference is USD 0. Prices are indicative and may change; confirm the supplied controller, pendant, software, safety equipment, tooling, delivery and integration scope.
Does the payload rating include the gripper?
Yes. Allocate the permitted load to the complete end effector, adapters and carried part, then check moments and inertia. The ratings used here are 11 kg and 12 kg. A part within the headline rating can still become an excessive load when its tooling is added.
Which has the longer usable workspace?
ABB SWIFTI CRB 1300-11/0.9 lists 900 mm, while DENSO COBOTTA PRO 1300 lists 1,300 mm arm length; 1,463 mm maximum arm reach. Verify matching geometric references, tool orientations, approach paths and obstacles. A larger nominal number does not guarantee every required pose or a faster completed cycle.
Does repeatability guarantee the finished-part tolerance?
No. The comparison uses ±0.02 mm for ABB SWIFTI CRB 1300-11/0.9 and ±0.04 mm for DENSO COBOTTA PRO 1300. These positioning figures do not independently establish absolute accuracy or completed-process tolerance. Fixtures, tooling, calibration, part variation and contact behavior must be included in the acceptance test.
Do collaborative robots always work without guarding?
No. The complete application needs risk assessment and validation. Tools, sharp or hot objects, trapping points, neighboring equipment and access patterns may require guarding, sensing, interlocks or speed limits beyond the arm's own functions.
Are all controller and software options included?
Not automatically. The source identifies DENSO RC9 for DENSO COBOTTA PRO 1300, but only a current quotation defines what is supplied and enabled. Confirm programming tools, protocol licenses, hardware interfaces, backups and ownership of the final application program.
What should the supplier demonstrate before purchase?
Require the real tool, representative parts and normal operating settings. Include critical poses, process quality, a realistic cycle, lost grip or communication, operator interruption and safe restart. Record acceptance criteria and retain the configuration and program used in the successful trial.
Specifications and indicative review prices describe the exact configurations discussed. Confirm the offered revision, package, safety requirements, warranty and delivery with the supplier. This is an editorial buying comparison and does not claim a hands-on performance benchmark.
