FAIRINO cobot buyer’s guide: models, cost, and value

Choosing a FAIRINO cobot begins with the job the finished cell must perform. Model payload and reach narrow the shortlist, but tooling, approach paths, process hazards, interfaces, and support determine whether the proposal works in production.

Use this guide to prepare a complete selection request. The site provides a FAIRINO model catalog and a payload and reach comparison; those tools are starting points for an application review.

Why FAIRINO is our value-first recommendation

FAIRINO is our recommended starting point for manufacturers who want to keep the robot purchase within a practical budget while specifying a complete production cell. The FR5 price benchmark below makes that discussion concrete. Our selection priorities are straightforward: meet the required handling load and working envelope, demonstrate the process, and compare the complete investment. A suitable arm at an accessible acquisition price can leave more of the project budget available for grippers, fixtures, and integration.

The recommendation is strongest when a standard FAIRINO configuration fits the job without extensive customization. Work through the checklist below and request a FAIRINO application quote to identify the appropriate configuration and installed scope.

Describe the operation before choosing a model

For machine tending, describe the machine opening, chuck or vise, loading orientation, part supply, and finished-part destination. For palletizing, provide case dimensions, filled weight, pattern, pallet height, and replenishment method. For welding, include the material, joint, fixture, weld process, and intended production sequence.

Add the difficult variations: the heaviest legitimate part, the lowest pickup point, the farthest placement, and the condition that causes operators trouble today. A robot tested only at the convenient center of the work area has not demonstrated the entire application.

Use specifications with their operating conditions

The FAIRINO US FR5 product page lists a nominal 5 kg payload, 922 mm reach, and ±0.02 mm pose repeatability. These are arm specifications, not a promise about a completed cell's production rate or part-placement tolerance. Verify the delivered model, controller, options, and manual revision when requesting a quote.

Build a carried-load inventory that includes the workpiece, gripper, custom fingers, adapter plates, sensors, and wrist-mounted cables or equipment. For example, a hypothetical 3 kg part plus a 1.4 kg tool and 0.4 kg adapter already totals 4.8 kg before any additional mounted equipment. Mass alone does not establish suitability: ask the integrator to check the load arrangement and the manufacturer's limits.

Continue with the payload and reach checklist and verify the full path with the proposed tool. A long reach can be useful, but the required orientation and surrounding equipment may still prevent access.

Confirm software, interfaces, and accessories together

The FAIRINO documentation portal includes controller, programming, peripheral, and safety material. Match documentation to the equipment and software supplied, rather than assuming every function shown online is available on every configuration.

• Identify the gripper, mounting adapter, utility connections, and cable management.
• Specify the machine or PLC interface and who implements the handshake.
• Confirm the programming tools your staff will receive and who may edit recipes.
• Define backup, restore, update, and spare-controller procedures.
• Ask whether vision, force sensing, or an external axis needs additional hardware or integration.

Test the interfaces during the sample-part trial. A model-level compatibility statement is less useful than seeing the actual gripper report its status and the machine reject an invalid loading sequence.

Review the application and the people around it

OSHA's robot-system guidance treats tooling and surrounding equipment as part of the application. Plan safeguarding, access, and recovery with the responsible integrator. A collaborative arm does not automatically make a sharp part, hot process, or pinch point safe.

Ask for a layout showing material replenishment, normal operator positions, maintenance access, and the proposed protective measures. Include training and validation in the quotation. The production trial should use the intended operating configuration so an attractive demonstration speed does not become an unrealistic purchase assumption.

What does a FAIRINO robot cost?

As a published benchmark, the FAIRINO US FR5 listing displayed $7,999 when checked on October 4, 2026. That is a seller's product listing, not a thecobot.co quotation or an installed-cell budget. Confirm the currency, included controller and accessories, delivery, taxes, warranty, and integration scope in a current written offer.

Request a complete FAIRINO application proposal

Keep arm pricing separate from the installed application budget. Use our vendor-selection guide to compare proposals on equivalent terms. Bring your application details to a FAIRINO consultation so the model discussion is grounded in the work the complete cell must deliver.