Slash the cost of automation.
Slash complexity.
Prices are ex-works (Belgium)
FR3
price
€4.500
View info
Payload
3kg
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Reach
622mm
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Repeatability
±0.02mm
FR5
price
€4,900
View info
Payload
5kg
Reach
922mm
Repeatability
±0.02mm
FR10
price
View info
Payload
10kg
Reach
1400mm
Repeatability
±0.05mm
FR16
price
View info
Payload
16kg
Reach
1034mm
Repeatability
±0.03mm
FR20
price
View info
Payload
20kg
Reach
1854mm
Repeatability
±0.1mm
FR30
price
View info
Payload
30kg
Reach
1403mm
Repeatability
±0.1mm
FR Series COBOTS
Up to 5x more affordable than traditional robotic arms, with industrial-grade performance.
The FAIRINO FR Series includes six powerful collaborative robot models (FR3, FR5, FR10, FR16, FR20, FR30), each built for different payloads and production needs. Every robot is equipped with dual encoders for superior precision and certified to CE, CR, and ISO9001 standards — so you can rely on accuracy, safety, and performance from day one.What sets the FR Series apart? They're up to 5x more affordable than comparable cobots, yet deliver all the benefits of smart automation: flexibility, speed, and seamless integration into your existing workflow.Perfect for production environments, these cobots are backed by a fully open platform, lowering barriers to adoption in real-world factory conditions.
Why Choose Fairino Cobots?
Safety
Cobots are robots designed to work alongside humans without heavy shielding. Thanks to sensors, the risk of accidents is reduced.
Flexibility
Cobots are easy to program and adapt quickly to various tasks, making them suitable for different production lines, even for smaller productions, without complex configurations.
Cost Efficiency
With lower purchase costs and easy integration, cobots deliver rapid returns. They take over repetitive tasks, allowing employees to focus on more complex work.
EU distributor
Applications
3D Bin Picking with Vibrating Feeder
AI-Powered Vision for Precision Sewing
Imagine a cobot that sees and thinks like a human, seamlessly guiding fabric through the sewing process. With advanced AI and vision technology, it adapts to variations and ensures perfect stitching every time. This is not just automation; it’s the future of precision sewing at your fingertips.
Developer-Friendly Automation
Open Programming. No Licensing Fees. Total Flexibility.
Fairino cobots are designed not just for production, but for developers who want control, flexibility, and speed.Unlike many traditional cobots that require PLC specialists and paid add-ons, Fairino COBOTS can be programmed in Python, C++, or C# — from a PC, a PLC, or directly via the built-in teach pendant using Lua scripting.Whether you're an automation engineer or an IT developer, you’ll be up and running quickly, with no restrictive licensing, no extra fees for advanced features, and full access to an open platform that adapts to your environment.
Key Advantages:-
- Program using Python, C++, C# — no PLC lock-in
- Full control from PC, PLC, or teach pendant (Lua)
- No license costs for built-in functions
- Ideal for internal dev teams, OEMs, and system integrators
- Faster deployment & easier maintenance
Want to see the cobots in action? Explore the possibilities?
Test them yourself? Feel free to visit our demo space!
Plan a visit
Questions? We're happy to help!
Contact us for all your cobot inquiries.
Our team is ready to assist you.
Mon-Fri from 8am to 5pm.
ROBOT ARM TECHNICAL SPECIFICATION
FR3
FR5
FR10
FR16
FR20
FR30
Payload
3kg
5kg
10kg
16kg
20kg
30kg
Reach
622mm
922mm
1400mm
1034mm
1854mm
1854mm
Degrees of freedom
6 rotating joints
6 rotating joints
6 rotating joints
6 rotating joints
6 rotating joints
6 rotating joints
HMI
10.1 inch teach pendant or mobile terminal Web App
10.1 inch teach pendant or mobile terminal Web App
10.1 inch teach pendant or mobile terminal Web App
Pose repeatability per ISO 9283
±0.02mm
±0.02mm
±0.05mm
±0.03mm
±0. 1mm
±0. 1mm
Axis movement
Working range Maximum speed
Working range Maximum speed
Working range Maximum speed
Working range Maximum speed
Working range Maximum speed
Working range Maximum speed
Base
±175° ±180°/s
±175° ±180°/s
±175° ±120°/s
±175° ±120°/s
±175° ±120°/s
±175° ±120°/s
Shoulder
﹢85°/ 265° ±180°/s
﹢85°/ 265° ±180°/s
﹢85°/ 265° ±180°/s
﹢85°/ 265° ±120°/s
﹢85°/ 265° ±120°/s
﹢85°/ 265° ±120°/s
Elbow
±150° ±180°/s
±160° ±180°/s
±160° ±180°/s
±160° ±180°/s
±160° ±120°/s
±160° ±120°/s
Wrist 1
﹢85°/﹣265° ±180°/s
﹢85°/﹣265° ±180°/s
﹢85°/﹣265° ±180°/s
﹢85°/﹣265° ±180°/s
﹢85°/﹣265° ±180°/s
﹢85°/﹣265° ±180°/s
Wrist 2
±175° ±180°/s
±175° ±180°/s
±175° ±180°/s
±175° ±180°/s
±175° ±180°/s
±175° ±180°/s
Wrist 3
±175° ±180°/s
±175° ±180°/s
±175° ±180°/s
±175° ±180°/s
±175° ±180°/s
±175° ±180°/s
Typical TCP speed
1m/s
1m/s
1m/s
1m/s
1m/s
1m/s
IP classification
IP54 (IP65 Optional)
IP54 (IP65 Optional)
IP54 (IP65 Optional)
IP54 (IP65 Optional)
IP54 (IP65 Optional)
IP54 (IP65 Optional)
Noise
<65dB
<65dB
<65dB
<65dB
<70dB
Robot mounting
Any orientation
Any orientation
Any orientation
Any orientation
Any orientation
<70dB
I/O Ports
(DI) 2 (DO) 2
(DI) 2 (DO) 2
(DI) 2 (DO) 2
(DI) 2 (DO) 2
(DI) 2 (DO) 2
Any orientation
(AI) 1 (AO) 1
(AI) 1 (AO) 1
(AI) 1 (AO) 1
(AI) 1 (AO) 1
(AI) 1 (AO) 1
(DI) 2 (DO) 2
Tool I/O power supply
24V/1.5A
24V/1.5A
24V/1.5A
24V/1.5A
24V/1.5A
(AI) 1 (AO) 1
24V/1.5A
Footprint
128mm
149mm
190mm
190mm
240mm
240mm
Weight
≈15kg
≈22kg
≈40kg
≈40kg
≈85kg
≈85kg
Operating temperature
0-45℃
0-45℃
0-45℃
0-45℃
0-45℃
0-45℃
Operating humidity
90%RH(non-condensing)
90%RH(non-condensing)
90%RH(non-condensing)
90%RH(non-condensing)
90%RH(non-condensing)
90%RH(non-condensing)
Materials
Aluminium、Steel
Aluminium、Steel
Aluminium、Steel
Aluminium、Steel
Aluminium、Steel
Aluminium、Steel
Black Optional
no
yes
yes
no
no
no
Typical power test payload settings, different loads are set according to robot models, payload configuration parameters are as follows :
FR3 payload setting: 3kg, Z-axis: 18mm
FR5 payload setting: 5kg, Z-axis: 30mm
FR10 payload setting: 10kg, Z-axis: 60
FR16 payload setting: 16kg, Z-axis: 96mm
FR20 payload setting: 20kg, Z-axis: 120mm
FR30 payload setting: 30kg, Z-axis: 200mm
Select aging test program, connect robot's total power to power meter, set robot to automatic mode, set global speed to 100, click run, if there are no abnormalities after running two cycles, start continuous testing for 24 hours. After 24 hours, respectively, record the peak and average power of the power meter, and then statistically analyze each model :
Typical average power
220W
260W
300W
310W
620W
600W
Typical peak power
280W
310W
500W
410W
810W
910W
