The FAIRINO FR10 is a 6-axis collaborative robot for tasks like palletizing, welding, machine tending, and material handling. It offers a 10 kg payload, 1400 mm reach, and repeatability of ±0.05 mm for precise handling of mid-weight parts. With a 190 mm base and ~40 kg mass, it supports flexible mounting in tight spaces. Operating below 65 dB, it comes IP54-rated (IP65 optional). Programming is via a browser-based WebAPP or optional teach pendant, with SDKs for C#, C++, Python, ROS, and ROS 2. It meets FR-series safety and product certifications for use in regulated environments.
The FR10 has a 10 kg rated payload and supports up to 14 kg as an extended load, depending on the end-of-arm center of gravity. Extended loads must stay within the model’s defined load curve envelope.

The FR10 cobot has a 1,400 mm reach, giving a 2,800 mm horizontal sweep. Joint limits are: J1 ±175°, J2 +85°/−265°, J3 ±160°, J4 +85°/−265°, J5 ±175°, J6 ±175°.

The FR10 offers ±0.05 mm repeatability (ISO 9283) for precise path and point tasks. It supports 1.5 m/s TCP speed, with joint speeds of ±120°/s (J1, J2) and ±180°/s (J3–J6). The controller enables spline PTP/LINE/CIRC motion with look-ahead planning, customizable curve fitting, and adjustable smoothing, velocity, acceleration, and jerk.

Example: Welding
Example: Assembly
Example: Pick and Place

Example: Palletizing

Example: Spray Painting
Example: Food & Beverage Service Cells
The FR10 includes dual hardware emergency-stop and safety-stop circuits at the controller, allowing integrators to wire dedicated, safety-rated stop channels.

The FR10's end-of-arm LED indicates operating and safety states — blue (Auto), green (Manual), white-cyan (Drag), yellow (Enable), with distinct flashes for error and start/stop — enabling quick status checks in human–robot environments.
The FR10 supports hand-guiding via the end button or button box, with adjustable collision sensitivity (levels 1–10 or custom) and selectable post-contact behavior (stop or continue) to match risk assessments. Safety-rated stopping is documented, with joint-specific Category 0 stop times and angles (e.g., J1 ≈ 460 ms/0.64 rad, J2 ≈ 540 ms/0.70 rad) at full extension, max speed, and rated load, aiding collaborative-mode validation.

The FR series meets ISO 10218, ISO 13849, and ISO/TS 15066 standards, with CE and related certifications, ensuring compliance with international human-robot collaboration safety requirements.

The FR10 is programmed via FAIRINO’s browser-based WebAPP on PC, tablet, or phone. The optional Teach Pendant mirrors this interface for on-arm use.
The interface supports graphical programming and Lua scripting, with UI languages in Chinese, English, French, and Japanese for local use.
FAIRINO offers SDKs for C#, C++, Python, and supports ROS/ROS 2. The controller communicates via TCP/IP and Modbus TCP/RTU for external control and data exchange.

FAIRINO’s application kits offer no-code workflows — palletizing is set up in three guided steps, and the welding kit includes simulation to validate programs before execution.
For advanced automation, the Controller Communication Command Protocol offers granular APIs for setup and process control — covering welding, conveyor tracking, vacuum, and external axes — with commands like ARCStart(), ConveyorTrackStart(), SetSuckerCtrl(), and ExtAxisMoveJ().

The FR10 supports 50+ connectivity options. The control box includes 16 DI, 16 DO, 2 AI, 2 AO, and 2 high-speed pulse inputs. The tool flange provides 2 DI, 2 DO, 1 AI, 1 AO, and 24 V/1.5 A power for end-effectors.

The FR10 uses 24 V logic with NPN/PNP support. DOs are rated at 1 A each; inputs switch at 11–30 V. Analog channels support 0–10 V and 0–20 mA. The controller can supply 24 V/1.5 A internally or use an external 24 V (up to 2 A) source for higher loads.
Standard networking includes TCP/IP and Modbus TCP/RTU for PLC and host integration. Optional MiniPCIe cards add PROFINET, CC-Link, EtherCAT, and EtherNet/IP, configurable via the controller.
The controller supports fieldbus slave read/write for DI/DO/AI/AO and can report the active fieldbus type for easy PLC mapping. High-speed pulse inputs and RS-485 encoder interfaces enable conveyor tracking and similar applications.
The FR10 has a durable aluminum and steel build with six rotary joints. Weighing ~40 kg and with a 190 mm base, it supports any-orientation mounting for compact cell integration.

The controller has a galvanized IP54-rated chassis, measuring 245 x 180 x 44.5 mm and weighing 2.1–2.5 kg.

The optional teach pendant is an IP54-rated ABS/PP unit, 268 x 210 x 88 mm, weighing 1.6 kg — durable and compact for industrial use.
The FR10 is IP54-rated (IP65 optional) and operates at 0–45 °C, up to 90% RH (non-condensing). It runs below 65 dB, suitable for shop floors without extra noise control.

The standard FAIRINO FR10 collaborative robot arm package includes:
The FR10 ships fully assembled with a separate control and button box. After securing the base and connecting the cables and power, it’s ready to run via the WebAPP.
Please Note: Package contents are determined by the manufacturer and may change without notice. To confirm the current items included with this product, please contact a Top3DShop sales representative before placing your order.
|
Accessory |
Variation |
Function |
Price (USD) |
Image |
|
Group 1. Accessories |
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Fairino Teach Pendant |
Rugged tablet-style teach pendant for Fairino cobot operation and programming. Displays the Fairino web interface on a dedicated handheld device, so the operator can control and teach the robot directly at the cell without a laptop or desktop. Designed for industrial environments where a PC is not practical. |
800 |
|
|
|
Fairino Quick Control Buttons |
Physical quick-control button set for Fairino cobots. Supports manual drag-and-drop teaching and fast motion commands without using the web interface. Intended for quick operator interaction during tasks such as welding and other manual teaching workflows. |
415 |
|
|
|
Force Torque Sensor |
Force/torque sensor for contact tasks such as compliant assembly, surface finishing, and force-controlled motion. |
1000 |
|
Default specifications for all electric grippers: 24 V DC (±10%), Modbus RTU (RS485) + Digital I/O, optional TCP/IP / USB 2.0 / CAN2.0A / PROFINET / EtherCAT, operating 0–40 °C, <85% RH, CE/FCC/RoHS.
|
Accessory |
Variation |
Function |
Price (USD) |
Image |
|
DH-Robotics AG Series Adaptive Grippers (2-finger) |
AG-160-95 |
Linkage-driven jaws conform to uneven or variable-shape parts for stable gripping.
|
3215 |
|
|
AG-105-45 |
What’s different from AG-160-95:
|
3365 |
|
|
|
DH-Robotics PGC Series Collaborative Electric Parallel Grippers |
PGC-50-35 |
Two jaws move in parallel for repeatable pick-and-place and machine tending.
|
1715 |
|
|
PGC-140-50 |
What's different from PGC-50-35:
|
2065 |
|
|
|
PGC-300-60 |
What's different from PGC-50-35:
|
2435 |
|
|
|
DH-Robotics RGI/RGIC Series Rotary Electric Grippers |
RGIC-35-12 |
Grips the part and rotates it continuously (endless rotation axis).
|
1315 |
|
|
RGI-100-14 |
What's different from RGIC-35-12:
|
1565 |
|
|
|
RGI-100-22 |
What's different from RGIC-35-12:
|
1515 |
|
|
|
RGI-100-30 |
What's different from RGIC-35-12:
|
1565 |
|
|
|
RGIC-100-35 |
What's different from RGIC-35-12:
|
1965 |
|
|
|
DH-Robotics PGE Series Slim Electric Parallel Grippers |
PGE-2-12 |
Slim parallel gripper for tiny parts.
|
685 |
|
|
PGE-5-26 |
What's different from PGE-2-12:
|
685 |
|
|
|
PGE-8-14 |
What's different from PGE-2-12:
|
685 |
|
|
|
PGE-15-10 |
What's different from PGE-2-12:
|
685 |
|
|
|
PGE-15-26 |
What's different from PGE-2-12:
|
685 |
|
|
|
DH-Robotics PGE Series Electric Parallel Grippers |
PGE-50-40 |
For general pick-and-place tasks.
|
715 |
|
|
PGE-100-26 |
What's different from PGE-50-40:
|
785 |
|
|
|
DH-Robotics PGHL Series Heavy-Load Electric Parallel Gripper |
PGHL |
Heavy-load parallel gripper for high clamping force and large workpieces.
|
1600 |
|
|
DH-Robotics AG3 Adaptive Electric Gripper (Three-Finger) |
AG3 |
Three-finger adaptive gripper with centric (self-centering) grasp for irregular shapes.
|
9950 |
|
|
Accessory |
Variation |
Function |
Price (USD) |
Image |
|
Centric Finger - SoftActuator (AR Series) |
Three Fingers |
Three finger soft, lightweight grippers use rounded, edge-free silicone fingers that conform to each item’s shape for secure, damage-free holding. Their low mass and pneumatic actuation enable fast, high-speed handling across many food products. The fingers are made from FDA-approved silicone rubber. |
770 |
|
|
Centric Finger - SoftActuator (AR Series) |
Four Fingers |
Same as above, with 4 fingers. |
1015 |
|
|
Centric Finger - SoftActuator (AR Series) |
Six Fingers |
Same as above, with 6 fingers. |
1500 |
|
|
Centric Finger - SoftActuator (AR Series) |
Eight Fingers |
Same as above, with 8 fingers. |
2000 |
|
|
Centric Finger - SoftGripper (R Series) |
Three Fingers |
Three finger lightweight, edge-free grippers use soft, pneumatically actuated FDA-approved silicone fingers that conform to each item for secure, damage-free handling. Their low mass enables high-speed cycling across a wide range of food products. |
740 |
|
|
Centric Finger - SoftGripper (R Series) |
Four Fingers |
Same as above, with 4 fingers. |
900 |
|
|
Centric Finger - SoftGripper (R Series) |
Six Fingers |
Same as above, with 6 fingers. |
1230 |
|
|
Controlbox - SoftGripping |
Built-In Pump |
This controller provides simple, precise control of soft, flexible grippers. A front-panel display shows current air pressure, and a rotary knob allows accurate pressure adjustment. The rear panel includes a pressure outlet and control signal input. The signal selects finger position in three modes: Grip, Open, and Relax. It’s available in two versions:
|
1100 |
|
|
Controlbox - SoftGripping |
Compressed Air |
1700 |
|
|
|
Parallel Finger - SoftGripper (S Series) |
Two Fingers |
Two finger lightweight, edge-free grippers use soft, pneumatically actuated FDA-approved silicone fingers that conform to each item for secure, damage-free handling, and come in multiple base models with varied finger layouts and angles to fit your application. |
600 |
|
|
Parallel Finger - SoftGripper (S Series) |
Four Fingers |
Same as above, with 4 fingers. |
900 |
|
|
Parallel Finger - SoftGripper (S Series) |
Six Fingers |
Same as above, with 6 fingers. |
1230 |
|
|
Parallel Finger - SoftGripper (S Series) |
Eight Fingers |
Same as above, with 8 fingers. |
1630 |
|
|
Accessory |
Variation |
Function |
Price (USD) |
Image |
|
Electric Cobot Vacuum Gripper - Schmalz |
This Schmalz electric vacuum gripper is fully compatible with Fairino collaborative robots (including FR5 and FR10), features integrated vacuum generation for pump/compressor-free installation, offers quick-change suction cups in multiple versions for versatile small-part handling, and supports up to a 3 kg payload. |
1540 |
|
|
|
Cobot Vacuum Gripper Set - 230×120 - Schmalz |
Suction Cups |
Developed with Schmalz, this plug-and-play, self-contained vacuum gripper set for palletizing cartons and boxes generates and switches vacuum internally using compressed air (no external pump), includes all mounting hardware and connectors, is compatible with Fairino cobots, and provides a 230 × 120 mm suction surface with up to a 37 kg load capacity. |
3080 |
|
|
Cobot Vacuum Gripper Set - 230×120 - Schmalz |
Foam |
The foam version of the above grippper. |
2750 |
|
|
Cobot Vacuum Gripper Set - 400×280 - Schmalz |
Suction Cups |
Same gripper with the 400×280 mm suction surface. |
4300 |
|
|
Cobot Vacuum Gripper Set - 400×280 - Schmalz |
Foam |
The foam version of the above grippper. |
3850 |
|
|
Electric Vacuum Gripper Adapter - Schmalz |
SLG2 |
Adapters for the Schmalz electric vacuum gripper let you add extra suction cups for better load distribution and stability, and are available as SLG2 (2 cups), SLG3 (3 cups), and SLG4 (4 cups). |
440 |
|
|
Electric Vacuum Gripper Adapter - Schmalz |
SLG3 |
470 |
|
|
|
Electric Vacuum Gripper Adapter - Schmalz |
SLG4 |
530 |
|
|
Accessory |
Variation |
Function |
Price (USD) |
Image |
|
Quick Cobot Tool Changer |
Complete set (Cobot side + Tool side) |
The Quick Tool Changer is compatible with all FAIRINO cobots (FR3, FR5, FR10, FR16, FR20, and FR30) and enables fast, tool-free tool changes with a simple click—no screws or readjustment required. |
315 |
|
|
Quick Cobot Tool Changer |
Cobot side only |
150 |
|
|
|
Quick Cobot Tool Changer |
Tool side only |
165 |
|
|
|
Dual Cobot Tool Adapter |
Compatible with all FAIRINO cobots (FR3, FR5, FR10, FR16, FR20, and FR30), the Dual Tool Adapter lets the robot carry and use two tools simultaneously and is precision CNC-milled from 6061 aluminum, then blasted and anodized for a durable finish. |
370 |
|
|
|
Cobot Mounting Plate |
Large – FR3/FR5/FR10 – 200 mm |
This mounting plate lets you securely attach a cobot to 4040 aluminum profiles for fast, clean installation. It fits a 200 mm-wide 4040 profile. |
315 |
|
|
Cobot Stand |
This rigid cobot column fits the full Fairino range (FR3–FR30) with a top plate drilled for each model’s mounting pattern, adding stability—especially for larger units like the FR20—for precision tasks such as palletizing, pick-and-place, and machine tending, with a standard height of 1000 mm. |
1210 |
|
|
|
Cobot Cover |
FR10 |
160 |
|
|
Accessory |
Variation |
Function |
Price (USD) |
Image |
|
2D Vision Kit - Fairino - IFM |
Object recognition |
This complete IFM 2D vision kit integrates directly with Fairino cobots to locate objects, read barcodes, and perform text recognition using guided setup wizards (no complex programming), includes software, manual, camera, mounting bracket, data and power/I/O cables, and is available in multiple camera variants with support to choose the right one. |
2525 |
|
|
2D Vision Kit - Fairino - IFM |
Object recognition + QR/Barcode recognition |
3200 |
|
|
|
3D Vision Kit - Fairino - IFM |
This complete IFM 3D vision kit integrates directly with Fairino cobots to detect objects and measure properties like dimensions and volume via guided setup wizards (no complex programming), and includes software, manual, 3D camera, mounting bracket, data and power/I/O cables, and a power supply, with multiple camera variants available for different use cases. |
2650 |
|
|
|
Fairino - Profinet - Ethernet/IP - Communication Card |
The Fairino communication card expands Fairino cobot connectivity for easy PLC and industrial network integration, supporting PROFINET, EtherNet/IP, and CC-Link to enable reliable, standardized data exchange across a wide range of control platforms and simplify deployment in existing production lines. |
630 |
|
|
|
HMI Kit - Fairino - Delta |
7 inch |
This HMI kit integrates with Fairino cobots via Modbus TCP for easy read/write monitoring and control, includes Delta’s free design software with a sample project for quick setup, and comes with a Wi-Fi adapter for wireless remote operation plus access to Fairino’s web interface for support and parameter adjustments. |
1210 |
|
|
HMI Kit - Fairino - Delta |
10 inch |
1550 |
|
|
Accessory |
Variation |
Function |
Price (USD) |
Image |
|
Cobot Sanding Kit - Mirka |
The Mirka Cobot Sander is a collaborative-robot-ready sanding kit for Fairino cobots, offering adjustable 1,000–10,000 RPM for precise, repeatable finishing, available with 150/125/77/32 mm pads, and supplied complete with sanding head, control box, mounting bracket, connection cables, and a Fairino connection kit. |
8400 |
|
|
|
Cobot Dust Collection Kit - Mirka |
The Mirka dust collection kit integrates with the cobot sanding kit to let Fairino cobots automatically switch the 1200 W vacuum on/off for consistent, clean sanding, and includes the Mirka vacuum cleaner (4500 L/min airflow, 30 L tank), matched hose, and cobot-to-vacuum switching equipment. |
1350 |
|
Mount the FR10 on a flat, rigid base rated for 5x its mass and 10x J1 torque. Isolate from moving equipment to prevent vibration and resonance. Use four M8 bolts (≥ class 8.8) into a stable, shock-resistant surface — at least 16 mm aluminum or 8 mm steel if using plate. Do not mount on moving devices, and ensure stable installation for safe operation.
FR10 model collaborative robot installation size

Set the control box on its feet, connect the robot umbilical to the heavy-load port, then attach the button-box cable. Connect the mains power only after both are securely in place.
Robot wiring schematic diagram

The FR10 uses either the AC MINI Controller 2 kW or DC MINI Controller 2 kW. The FAIRINO AC controller accepts 100–240 VAC, single-phase, 50–60 Hz; DC versions require 30–60 VDC — verify the nameplate before wiring. Ensure ground resistance ≤ 1 Ω and keep vents and filters clear. Wait at least one minute between power cycles.
| Maximum Input (for customers to configure the front-stage power supply) | Maximum Output (maximum output peak) | |
| DC 2kW | 30–60VDC/30A | 2000W/48VDC/41A |
| DC 5kW | 30–60VDC/40A | 5000W/48VDC/104A |
| AC narrow voltage 2kW | 176–264VAC/10A/Single Machine/50Hz | 2000W/48VDC/41A |
| AC wide voltage 2kW | 100–240VAC/10A/Single Machine/50–60Hz | 2000W/48VDC/41A |
| AC wide voltage 5kW | 100–240VAC/16A/Single Machine/50–60Hz | 5000W/48VDC/104A |
Before powering up, release the button-box E-stop. A solid green end LED means the controller is ready. For first activation, connect a PC (set to 192.168.58.xx, not .2) to the button box, go to 192.168.58.2, enter the control-box SN, then power-cycle and log in (admin / 123). Test E-stop, safety I/O, start/stop, mode switching, and confirm grounding. If the robot doesn't reach ready state, re-check umbilical, button-box, and power connections.
The FAIRINO FR10 cobot requires 10+ routine maintenance procedures to maintain safety compliance, stable motion accuracy, and reliable uptime across monthly, semi-annual, and annual intervals. These include visual/mechanical checks, safety-function tests, and control-box cleaning/verification.

Arm checklist (rear covers, screws, rubber rings, cables / cable links, base mounting bolts, and end-tool mounting bolts)
| Check item | Monthly | Semi-annually | Annually | ||
| 1 | Check joint rear cover * | V | ✓ | ||
| 2 | Check joint rear cover screws | F | ✓ | ||
| 3 | Check joint rubber ring | V | ✓ | ||
| 4 | Check robot cables | V | ✓ | ||
| 5 | Check robot cable links | V | ✓ | ||
| 6 | Check robot base mounting bolts * | F | ✓ | ||
| 7 | Check end tool mounting bolts * | F | ✓ |
Note: F = Functional check, V = Visual inspection, * = Must be checked after severe collision.
Controller / teach pendant / button-box checklist (E-stop, safety I/O, mode switching, pendant cable, control-box air filter, terminal tightness, ground resistance ≤1 Ω, and main power checks)
| Check item | Monthly | Semi-annually | Annually | ||
| 1 | Emergency stop button on test button box (teach pendant) | F | ✓ | ||
| 2 | Safety input and output functions on the test terminal strip | F | ✓ | ||
| 3 | Detection button box start/stop, mode switching function | F | ✓ | ||
| 4 | Test button box (teach pendant) cable | V | ✓ | ||
| 5 | Check and clean the air filter on the control box | V | ✓ | ||
| 6 | Check whether the terminals of the control box are firm | F | ✓ | ||
| 7 | Ground resistance of detection control box ≤1Ω | F | ✓ | ||
| 8 | Check the main power supply of the control box | F | ✓ |
Note: F = Functional check, V = Visual inspection.
Operational maintenance (shift/weekly)
During planned stops, inspect base and flange fasteners, joint covers, cables, and the button-box lead for wear or damage. Clean the arm with water, isopropyl alcohol, or 10% ethanol/naphtha — avoid compressed air to protect seals.
Preventive maintenance (monthly / semi-annual)
Monthly, test Emergency-Stop and Protective-Stop functions to ensure proper shutdown. Verify start/stop, mode-switching, and safety I/O at the terminal strip. Clean the control-box air filter, check ventilation, confirm ground resistance ≤ 1 Ω, and ensure terminals and mains feed are secure. Re-check end-tool screws, dowel pins (if used), base bolts, and external hardware — fix any issues immediately.
Comprehensive maintenance (annual)
Repeat all semi-annual checks, then inspect seals, gaskets, cable glands, and enclosures for ingress or corrosion. Verify locating pin integrity and base flatness. Document any collisions and inspect joints and covers before resuming production.
Skills and tools
Operators or line techs handle surface cleaning, visual checks, and start/stop verification. Maintenance techs perform torque checks (per spec), validate safety I/O, test E-Stop and Protective-Stop monthly, service air filters, and check ground resistance (≤ 1 Ω) with a calibrated meter. Controls techs or engineers review safety wiring and interlocks and provide sign-off. Operator tasks fit into short pauses; monthly checks need brief maintenance windows; full inspections should be done during longer outages.
The FAIRINO FR10 includes a 1-year warranty covering material and workmanship defects, excluding misuse or unauthorized changes. Claims are handled through the dealer. FAIRINO offers 24/7 support, with remote resolution in 12 hours and on-site repair within 36 hours via its Support Center (+86-400-811-0929, sales@frtech.fr). Users also have access to a documentation portal and tutorial videos covering the Teach-In/WebAPP interface.
Full warranty terms: https://fairino.com/SupportCenter

The FAIRINO FR10 is priced at $10,199.00, including the arm, control box, and button box. It's positioned as a low-TCO, scalable cobot platform. Optional add-ons include: Teach Pendant (+8–9%), Safety Box (+4–5%), and Explosion-Proof Cabinet (+27–118%, depending on spec). FAIRINO electric grippers, Gemini 2 depth cameras, and A1-01 sensors each add ~8–12%. Final pricing depends on IP rating, fieldbus options, end-effectors, vision systems, turnkey cells, training, commissioning, and local taxes. Contact Top 3D Shop for a quote.

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