FAIRINO COLLABORATIVE ROBOTS & AUTOMATION SOLUTIONS

FAIRINO Collaborative Robots: Models and Selection Guide

Compare FAIRINO collaborative robots for handling, assembly, machine tending, welding and other flexible automation tasks. Start with nominal payload and reach, then verify any higher temporary limit, protection, tooling and safety requirements.

11 Searchable ModelsFR Collaborative Robot SeriesApplication and Safety Review

How to select a FAIRINO collaborative robot

Shortlist by the continuous application load and required reach, not by a temporary or maximum figure alone. Repeatability, protection, tool interfaces and the intended speed or collaborative mode can change the suitable model.

Use nominal capacityBase continuous-duty screening on nominal payload and include the tool and part.

Check the working geometryConfirm reach against real poses, fixtures and access rather than a single distance.

Engineer the applicationReview tooling, protection, interfaces, safety and commissioning as one system.

Configuration confirmation: FAIRINO robot availability, exact variant, controller, options, tooling, safety, price, lead time, destination, warranty, service and compliance are confirmed for the requested configuration. The model table does not by itself define the complete automation package.

Compare FAIRINO models

Compare FAIRINO collaborative robot models

Filter the FR series by model, payload and reach. Where nominal and temporary or maximum values differ, keep those operating limits separate and confirm the intended duty cycle before selection.

11 models

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Model	Robot family	Axes	Payload	Reach	Repeatability	Robot mass	Protection	Mounting	Axis range / maximum speed	TCP speed / noise	Tool I/O	Footprint / environment	Typical power	Next action
FR3	FR3 series	6	3 kg(max. 5 kg)	622 mm	±0.02 mm	≈15 kg	IP54(IP65 optional)	Any orientation	J1 ±175° @ ±180°/s;J2 +85°/-265° @ ±180°/s;J3 ±150° @ ±180°/s;J4 +85°/-265° @ ±180°/s;J5 ±175° @ ±180°/s;J6 ±175° @ ±180°/s	TCP 1m/s;Noise <65dB	Tool: 2 DI, 2 DO, 1 AI, 1 AO;Power 24V/1.5A	Footprint 128 mm;0–45°C;≤90% RH(non-condensing)	Average 220W;Peak 280W	Request this model
FR3-C	FR3 series	6	3 kg(transient 5 kg)	622 mm	±0.05 mm	≈12 kg	IP54	Any orientation	J1 ±175° @ ±150°/s;J2 +85°/-265° @ ±150°/s;J3 ±150° @ ±150°/s;J4 +85°/-265° @ ±180°/s;J5 0° to 355° @ ±180°/s;J6 ±175° @ ±180°/s	TCP 1m/s;Noise <65dB	Tool: 2 DI, 2 DO, 1 AI, 1 AO;Power 24V/1.5A	Footprint 125 mm;0–45°C;≤90% RH(non-condensing)	Average 200W;Peak 230W	Request this model
FR3-WMS	FR3 series	6	3 kg	622 mm	±0.02 mm	≈10.5 kg	IP54(IP65 optional)	Any orientation	J1 ±175° @ ±150°/s;J2 +85°/-265° @ ±150°/s;J3 ±150° @ ±150°/s;J4 +85°/-265° @ ±180°/s;J5 ±175° @ ±180°/s;J6 ±360° @ ±180°/s	TCP 1m/s;Noise <65dB	Tool: 2 DI, 2 DO, 1 AI, 1 AO;Power 24V/1.5A	Footprint 128 mm;0–45°C;≤90% RH(non-condensing)	Average 90W;Peak 130W	Request this model
FR3-WML	FR3 series	6	3 kg	922 mm	±0.05 mm	≈11.25 kg	IP54(IP65 optional)	Any orientation	J1 ±175° @ ±150°/s;J2 +85°/-265° @ ±150°/s;J3 ±150° @ ±150°/s;J4 +85°/-265° @ ±180°/s;J5 ±175° @ ±180°/s;J6 ±360° @ ±180°/s	TCP 1m/s;Noise <65dB	Tool: 2 DI, 2 DO, 1 AI, 1 AO;Power 24V/1.5A	Footprint 128 mm;0–45°C;≤90% RH(non-condensing)	Average 140W;Peak 240W	Request this model
FR5	FR5 series	6	5 kg(max. 7 kg)	922 mm	±0.02 mm	≈22 kg	IP54(IP65 optional)	Any orientation	J1 ±175° @ ±180°/s;J2 +85°/-265° @ ±180°/s;J3 ±160° @ ±180°/s;J4 +85°/-265° @ ±180°/s;J5 ±175° @ ±180°/s;J6 ±175° @ ±180°/s	TCP 1m/s;Noise <65dB	Tool: 2 DI, 2 DO, 1 AI, 1 AO;Power 24V/1.5A	Footprint 149 mm;0–45°C;≤90% RH(non-condensing)	Average 260W;Peak 310W	Request this model
FR5-C	FR5 series	6	4 kg(max. 5 kg)	922 mm	±0.05 mm	≈11.8 kg	IP54	Any orientation	J1 ±175° @ ±150°/s;J2 +85°/-265° @ ±150°/s;J3 ±160° @ ±150°/s;J4 +85°/-265° @ ±180°/s;J5 ±175° @ ±180°/s;J6 ±360° @ ±180°/s	TCP 1m/s;Noise <65dB	Tool: 2 DI, 2 DO, 1 AI, 1 AO;Power 24V/1.5A	Footprint 125 mm;0–45°C;≤90% RH(non-condensing)	Average 190W;Peak 340W	Request this model
FR5-WML	FR5 series	6	5 kg	1,900 mm	±0.1 mm	≤45 kg	IP54(IP65 optional)	Any orientation	J1 ±175° @ ±120°/s;J2 +85°/-265° @ ±120°/s;J3 ±170° @ ±180°/s;J4 +85°/-265° @ ±180°/s;J5 ±175° @ ±180°/s;J6 ±360° @ ±180°/s	TCP 2m/s;Noise <65dB	Tool: 2 DI, 2 DO, 1 AI, 1 AO;Power 24V/1.5A	Footprint 190 mm;20–45°C;≤95% RH(non-condensing)	Average 270W;Peak 620W	Request this model
FR10	FR high-payload series	6	10 kg(max. 14 kg)	1,400 mm	±0.05 mm	≈40 kg	IP54(IP65 optional)	Any orientation	J1 ±175° @ ±120°/s;J2 +85°/-265° @ ±120°/s;J3 ±160° @ ±180°/s;J4 +85°/-265° @ ±180°/s;J5 ±175° @ ±180°/s;J6 ±175° @ ±180°/s	TCP 1.5m/s;Noise <65dB	Tool: 2 DI, 2 DO, 1 AI, 1 AO;Power 24V/1.5A	Footprint 190 mm;0–45°C;≤90% RH(non-condensing)	Average 300W;Peak 500W	Request this model
FR16	FR high-payload series	6	16 kg(max. 20 kg)	1,034 mm	±0.03 mm	≈40 kg	IP54(IP65 optional)	Any orientation	J1 ±175° @ ±120°/s;J2 +85°/-265° @ ±120°/s;J3 ±160° @ ±180°/s;J4 +85°/-265° @ ±180°/s;J5 ±175° @ ±180°/s;J6 ±175° @ ±180°/s	TCP 1m/s;Noise <65dB	Tool: 2 DI, 2 DO, 1 AI, 1 AO;Power 24V/1.5A	Footprint 190 mm;0–45°C;≤90% RH(non-condensing)	Average 310W;Peak 410W	Request this model
FR20	FR high-payload series	6	20 kg(max. 25 kg)	1,854 mm	±0.1 mm	≈85 kg	IP54(IP65 optional)	Any orientation	J1 ±175° @ ±120°/s;J2 +85°/-265° @ ±120°/s;J3 ±160° @ ±120°/s;J4 +85°/-265° @ ±180°/s;J5 ±175° @ ±180°/s;J6 ±175° @ ±180°/s	TCP 2m/s;Noise <70dB	Tool: 2 DI, 2 DO, 1 AI, 1 AO;Power 24V/1.5A	Footprint 24 mm;45–0°C;≤90% RH(non-condensing)	Average 620W;Peak 810W	Request this model
FR30	FR high-payload series	6	30 kg(max. 35 kg)	1,403 mm	±0.1 mm	≈85 kg	IP54(IP65 optional)	Any orientation	J1 ±175° @ ±120°/s;J2 +85°/-265° @ ±120°/s;J3 ±160° @ ±120°/s;J4 +85°/-265° @ ±180°/s;J5 ±175° @ ±180°/s;J6 ±175° @ ±180°/s	TCP 2m/s;Noise <70dB	Tool: 2 DI, 2 DO, 1 AI, 1 AO;Power 24V/1.5A	Footprint 240 mm;0–45°C;≤90% RH(non-condensing)	Average 600W;Peak 910W	Request this model

Selection note: Nominal payload is the continuous-duty selection basis; any transient or maximum value needs separate confirmation for the operating conditions.

FAIRINO robots and automation solutions FAQ

Which FAIRINO FR robot should be considered for welding, palletizing or machine tending?

Start with the application and compare the FR rows by payload, reach, repeatability, protection, joint performance and available workspace. Welding, palletizing and machine tending also require different tooling, interfaces, mounting and cycle validation before a model is selected.

What is the difference between nominal and transient FAIRINO payload?

Nominal payload is the primary continuous operating value. A transient or maximum value can apply only under stated conditions, so the tool, workpiece, center of gravity, inertia, pose and duty cycle must be checked before using the higher figure.

Can EVST configure a FAIRINO robot workstation around the selected model?

Yes. The scope can include tooling, welding or handling equipment, fixtures, controller interfaces, PLC and networks, vision, safety, commissioning and service responsibilities.

What information is needed for a FAIRINO robot price and lead-time request?

Provide the exact FR model or application, total payload, reach and poses, mounting, environment, tooling and interface needs, quantity, destination and requested timing. Price and lead time are confirmed after the applicable configuration is defined.

Author: EVST Editorial Team

The EVST Editorial Team maintains this page to support robot selection and project planning. Product availability, configuration, safety validation and integration scope must be confirmed for the actual application.

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Last updated: August 11, 2026