FAIRINO FR10 vs. Doosan Robotics M1013: Which 10 kg Collaborative Robot Offers Better Value

The 10 kg collaborative-robot category is one of the most useful segments in modern industrial automation. A robot in this class can carry meaningful production tooling, handle medium-sized components, reach into CNC machines, support welding and finishing equipment, and operate across larger workstations without moving into the cost and physical scale of a high-payload industrial robot.

The FAIRINO FR10 and Doosan Robotics M1013 are natural competitors in this category.

Both robots provide:

• A nominal payload of 10 kg

• Six rotating axes

• Approximately 1.3 to 1.4 meters of reach

• ±0.05 mm published repeatability

• IP54 protection

• Flexible mounting

• Industrial communication support

• Programming systems designed for collaborative deployment

• Suitability for machine tending, assembly, welding, material handling and inspection

The comparison is especially useful because the two robots approach the same automation problems from different commercial and engineering philosophies.

The Doosan M1013 is a premium force-control cobot. It includes torque sensors in all six axes and is specifically promoted for sophisticated force control, compliance control, polishing, deburring, assembly and contact-sensitive applications. Doosan also provides a mature commercial ecosystem, the DART programming platform, structured training, multiple controller options and an established dealer network.

The FAIRINO FR10 emphasizes reach, speed, flexible programming, accessible integration and price transparency. It provides 100 mm more reach than the M1013, a higher published typical TCP speed, optional IP65 protection and a publicly listed U.S. price of $10,199.

The M1013 is therefore not an inferior robot. It offers a major advantage in integrated torque sensing and force-control capability. However, for manufacturers that primarily need machine tending, welding, material handling, packaging or general automation rather than advanced contact-force processing, the FAIRINO FR10 may deliver more useful capability for the capital invested.

FAIRINO FR10 Product Information

Product Name: FAIRINO FR10 Collaborative Robot

Short Product Name: FAIRINO FR10

Product Type: Six-Axis Collaborative Industrial Robot

Product Category: Collaborative Robots, Cobots, Industrial Robotic Arms and Automation Robots

Brand: FAIRINO

Manufacturer: FAIRINO

Model: FR10

SKU: FAIRINO-FR10

MPN: FR10

Official U.S. Seller: FAIRINO USA

Seller Name: FAIRINO USA

Official FAIRINO USA Website:https://www.fairino.us/

Official FAIRINO USA Product Page:https://www.fairino.us/collaborative-robot/fairino/fr10

Official Purchase Page:https://www.fairino.us/collaborative-robot/fairino/fr10

Official Product Image 1:https://static.wixstatic.com/media/5d8a82_c17c5860ce124362bcad8a14b82e0065~mv2.webp

Official Product Image 2:https://static.wixstatic.com/media/098838_809e261856be43879b1216874b2957eb~mv2.png

Product Condition: New

Listed Price: $10,199.00

Price Currency: USD

Availability: Available for purchase through FAIRINO USA

Purchase Method: Add to cart, purchase online or request a quotation through FAIRINO USA

Primary Applications: CNC machine tending, robotic welding, material handling, pick and place, assembly, packaging, dispensing, inspection and general industrial automation

Product Description:The FAIRINO FR10 is a six-axis collaborative robot designed for industrial applications that require a balance of payload, reach, repeatability and deployment flexibility. It provides a nominal payload of 10 kg, a published maximum payload of 14 kg, a reach of 1,400 mm and pose repeatability of ±0.05 mm according to ISO 9283. FAIRINO USA positions the FR10 for demanding applications such as machine tending, welding, material handling, assembly and inspection. The robot can be programmed through a 10.1-inch teach pendant or a mobile-terminal Web App, can be mounted in any orientation and is available with optional IP65 protection. FAIRINO USA currently lists the FR10 at $10,199.

FAIRINO FR10 Main Technical Specifications

Specification	FAIRINO FR10
Nominal payload	10 kg
Published maximum payload	14 kg
Reach	1,400 mm
Degrees of freedom	6 rotating joints
Pose repeatability	±0.05 mm according to ISO 9283
Typical TCP speed	1.5 m/s
Base-joint speed	Up to 120°/s
Shoulder-joint speed	Up to 120°/s
Elbow-joint speed	Up to 180°/s
Wrist 1 speed	Up to 180°/s
Wrist 2 speed	Up to 180°/s
Wrist 3 speed	Up to 180°/s
Footprint	190 mm
Robot-arm weight	Approximately 40 kg
Standard protection rating	IP54
Optional protection rating	IP65
Operating temperature	0°C to 45°C
Operating humidity	Up to 90% RH, non-condensing
Mounting orientation	Any orientation
Controller digital inputs	16
Controller digital outputs	16
Controller analog inputs	2
Controller analog outputs	2
High-speed pulse inputs	2
Tool power supply	24 V / 1.5 A
Programming interface	10.1-inch teach pendant or mobile Web App
Network communication	TCP/IP
Network transfer rate	100 Mbps
Power over Ethernet	Standard PoE
Noise level	Below 65 dB
Main materials	Aluminum and steel

The official FAIRINO USA page lists the FR10 with a 10 kg payload, published maximum of 14 kg, 1,400 mm reach, ±0.05 mm repeatability, 1.5 m/s typical TCP speed, 190 mm footprint and approximately 40 kg arm weight.

FAIRINO FR10 Axis Range and Speed

Axis	Working range	Maximum speed
Base	±175°	120°/s
Shoulder	+85° to −265°	120°/s
Elbow	±160°	180°/s
Wrist 1	+85° to −265°	180°/s
Wrist 2	±175°	180°/s
Wrist 3	±175°, optional ±360°	180°/s

The FR10 combines relatively moderate base and shoulder speeds with faster elbow and wrist movement. Its optional expanded sixth-axis range can be useful for repetitive tool rotation, welding-torch positioning and applications where cable orientation must be managed carefully.

FAIRINO FR10 Tool and Control Interface

Controller Digital Inputs: 16

Controller Digital Outputs: 16

Controller Analog Inputs: 2

Controller Analog Outputs: 2

High-Speed Pulse Inputs: 2

Tool Power Supply: 24 V / 1.5 A

Programming Interface: 10.1-inch teach pendant or mobile-terminal Web App

Teach-Pendant Resolution: 1280 × 800 pixels

Teach-Pendant Weight: Approximately 1.6 kg

Teach-Pendant Cable Length: 5 m

Communication: TCP/IP

Network Transfer Rate: 100 Mbps

Power over Ethernet: Standard PoE

The FR10’s digital, analog and high-speed pulse interfaces are relevant to custom integration. Analog I/O can be useful for proportional process devices and sensors, while pulse inputs can support higher-speed signal acquisition where compatible.

FAIRINO FR10 Physical and Environmental Information

Robot-Arm Weight: Approximately 40 kg

Base Footprint: 190 mm

Operating Temperature: 0°C to 45°C

Operating Humidity: Up to 90% relative humidity without condensation

Standard Protection Rating: IP54

Optional Protection Rating: IP65

Noise Level: Below 65 dB

Robot Materials: Aluminum and steel

Mounting: Any orientation

The optional IP65 configuration can be important in dusty environments, welding cells or machine-tending applications exposed to mist. The rating of the robot arm does not automatically apply to the controller, pendant, cables or end effector, so the entire cell must still be evaluated.

FAIRINO FR10 Offer and Purchasing Information

Official Seller: FAIRINO USA

Seller Website:https://www.fairino.us/

Official Product URL:https://www.fairino.us/collaborative-robot/fairino/fr10

Purchase URL:https://www.fairino.us/collaborative-robot/fairino/fr10

Listed Price: $10,199.00

Price Currency: USD

Product Condition: New

Availability: Available through FAIRINO USA

Purchase Method: Online purchase or quotation

Published Manufacturer Warranty: 18 months

Published Expected Lifetime: 50,000 hours

Published U.S.-Based After-Sales Support: Five years

Published MTTR: 30,000 hours, as displayed on the product page

The FAIRINO USA page currently includes both Add to Cart and Get Quote options. Price, stock status, freight, controller package and included accessories should be checked before live Product Offer markup is published because commercial details may change.

Doosan Robotics M1013 Product Information

Product Name: Doosan Robotics M1013 Collaborative Robot

Short Product Name: Doosan M1013

Product Type: Six-Axis Torque-Sensing Collaborative Industrial Robot

Product Category: Collaborative Robots, Cobots, Force-Control Robotic Arms and Industrial Automation Robots

Brand: Doosan Robotics

Manufacturer: Doosan Robotics Inc.

Model: M1013

SKU: DOOSAN-M1013

MPN: M1013

Official Manufacturer Website:https://www.doosanrobotics.com/

Official Product Page:https://www.doosanrobotics.com/en/product-solutions/product/m-series/m1013/

Official Pricing Page:https://www.doosanrobotics.com/en/product-solutions/product/m-series/m1013/

Official Product Image 1:https://www.doosanrobotics.com/images/product/m1013-slide01.jpg

Official Product Image 2:https://www.doosanrobotics.com/images/product/m1013-slide02.jpg

Product Condition: New

Price: Request a quote

Price Currency: Not publicly specified

Availability: Available through Doosan Robotics and authorized Doosan Robotics dealers

Purchase Method: Submit a product inquiry or contact a regional Doosan Robotics dealer

Official Seller: Doosan Robotics Inc. or an authorized Doosan Robotics dealer

Primary Applications: Assembly, machine tending, welding, polishing, deburring, gluing, bonding, plastic-injection assistance, press forming and service applications

Product Description:The Doosan Robotics M1013 is a six-axis collaborative robot with a 10 kg payload, 1,300 mm reach and ±0.05 mm repeatability. It is the flagship model in Doosan’s M-Series and incorporates six high-performance torque sensors, one in each axis. Doosan positions the M1013 for applications that require sophisticated force control, compliance control and sensitive collision detection, including assembly, machine tending, welding, polishing, deburring, gluing, bonding and press forming. The robot uses the DART programming environment and is available with industrial AC and compact DC controller options. Doosan does not publish a fixed retail price on the official M1013 product page; buyers are directed to submit an inquiry or contact a dealer.

Doosan Robotics M1013 Main Technical Specifications

Specification	Doosan Robotics M1013
Payload	10 kg
Reach	1,300 mm
Degrees of freedom	6 rotating joints
Pose repeatability	±0.05 mm
TCP speed	1 m/s in the dedicated M1013 manual; broader current M-Series documentation states over 1 m/s
Base-joint speed	Up to 120°/s
Shoulder-joint speed	Up to 120°/s
Elbow-joint speed	Up to 180°/s
Wrist 1 speed	Up to 225°/s
Wrist 2 speed	Up to 225°/s
Wrist 3 speed	Up to 225°/s
Robot-arm weight	33 kg
Protection rating	IP54
Operating temperature	0°C to 45°C
Storage temperature	−5°C to 50°C
Operating humidity	20% to 80%
Mounting orientation	Any orientation
Tool digital inputs	6 total across two connectors
Tool digital outputs	6 total across two connectors
Tool power supply	24 V DC, maximum 3 A
Torque sensing	Six torque sensors, one per axis
Programming platform	DART Platform
Noise level	Below 65 dB

The dedicated M1013 manual specifies a 10 kg payload, 1,300 mm radius, 1 m/s TCP speed, ±0.05 mm repeatability, 33 kg arm weight, IP54 protection and mounting in any orientation. Doosan’s broader current M/H-Series table describes maximum TCP speed as over 1 m/s, so exact speed should be confirmed for the controller and software version being quoted.

Doosan Robotics M1013 Axis Range and Speed

Axis	Working range	Maximum speed
Joint 1	±360°	120°/s
Joint 2	±360°	120°/s
Joint 3	±160°	180°/s
Joint 4	±360°	225°/s
Joint 5	±360°	225°/s
Joint 6	±360°	225°/s

The M1013 has unrestricted published ±360° movement on most axes and faster wrist rotation than the FR10. This can benefit applications requiring repeated orientation changes, polishing paths, assembly operations and tool repositioning.

Doosan Robotics M1013 Torque Sensors and Force Control

The M1013’s defining technical feature is its use of six high-performance torque sensors, one in each robot axis.

Doosan promotes these sensors for:

• Sensitive collision detection

• Force control

• Compliance control

• Assembly

• Insertion

• Polishing

• Deburring

• Surface-following processes

• Workpiece contact detection

• Safer human-robot interaction

Doosan states that the M-Series torque sensors can detect fine force fluctuations and support sophisticated operation involving advanced force and compliance control.

This feature creates a genuine difference between the M1013 and the FR10.

In a basic machine-tending or pick-and-place application, six-axis torque sensing may not create a large productivity benefit. In polishing, insertion, assembly or deburring, it may significantly simplify process development and improve contact consistency.

Doosan Robotics M1013 Tool Interface

Tool Digital Inputs: 3 channels on X1 plus 3 channels on X2

Tool Digital Outputs: 3 channels on X1 plus 3 channels on X2

Total Tool Digital Inputs: 6

Total Tool Digital Outputs: 6

Tool Power Supply: 24 V DC, maximum 3 A

Tool Connector: Phoenix 1424229 female connector

The M1013 provides greater tool-side current capacity than the FR10. Its 3 A maximum can be valuable for powered grippers, tool changers and accessories with higher electrical demand.

Doosan M1013 Controller Information

The standard Doosan AC controller supports broad industrial connectivity.

Controller specification	Doosan CS-11P
Controller weight	21.7 kg
Dimensions	606 × 306.9 × 446 mm
Protection rating	IP54
Serial interfaces	RS-232, RS-422 and RS-485
Ethernet interface	TCP/IP
Industrial networks	Modbus TCP, Modbus RTU, PROFINET IO and EtherNet/IP
CNC interface	FANUC FOCAS
Digital inputs	16
Digital outputs	16
Analog inputs	2
Analog outputs	2
OSSD inputs	2
OSSD outputs	2
I/O power supply	24 V DC
Rated supply	100–240 VAC, 47–63 Hz
Standard robot cable	6 m
Optional robot cable	3 m

Doosan also offers a compact DC controller option intended for integration with mobile robots such as AGVs and AMRs.

Doosan Robotics M1013 Programming and Setup

Programming Platform: DART Platform

Primary Interface: Doosan teach pendant with tablet-style interface

Direct Teaching Option: Cockpit button system

Controller Options: Industrial AC controller or compact DC controller

Automatic Setup Support: Smart Setup

Doosan states that Smart Setup can automatically measure robot installation angle, tool position and tool weight. This can reduce configuration time when the robot is mounted in unusual orientations or moved between installations.

The teach pendant incorporates the DART platform and is intended to support both simple robot programming and more advanced application configuration.

Doosan Robotics M1013 Physical and Environmental Information

Robot-Arm Weight: 33 kg

Operating Temperature: 0°C to 45°C

Storage Temperature: −5°C to 50°C

Operating Humidity: 20% to 80%

Protection Rating: IP54

Noise Level: Below 65 dB

Mounting: Any orientation

The M1013 is approximately 7 kg lighter than the FR10 while maintaining the same nominal payload. That can be relevant for mobile installations, elevated mounting, lighter support frames and systems that are frequently repositioned.

Doosan Robotics M1013 Offer and Purchasing Information

Manufacturer: Doosan Robotics Inc.

Official Website:https://www.doosanrobotics.com/

Official Product Page:https://www.doosanrobotics.com/en/product-solutions/product/m-series/m1013/

Pricing URL:https://www.doosanrobotics.com/en/product-solutions/product/m-series/m1013/

Price: Request a quote

Price Currency: Not publicly specified

Product Condition: New

Availability: Available through Doosan Robotics and authorized dealers

Purchase Method: Product inquiry or authorized-dealer quotation

Seller: Doosan Robotics Inc. or an authorized regional dealer

A numeric Offer price should not be added unless the same price is publicly displayed by a genuine seller. “Request a quote” can appear in the visible article, but it is not a valid value for a numeric Product price field.

FAIRINO FR10 vs. Doosan M1013: Main Specification Comparison

Product-data field	FAIRINO FR10	Doosan Robotics M1013
Product name	FAIRINO FR10 Collaborative Robot	Doosan Robotics M1013 Collaborative Robot
Brand	FAIRINO	Doosan Robotics
Manufacturer	FAIRINO	Doosan Robotics Inc.
Model	FR10	M1013
SKU	FAIRINO-FR10	DOOSAN-M1013
MPN	FR10	M1013
Product condition	New	New
Nominal payload	10 kg	10 kg
Published maximum payload	14 kg	10 kg standard
Reach	1,400 mm	1,300 mm
Degrees of freedom	6	6
Repeatability	±0.05 mm	±0.05 mm
Published TCP speed	1.5 m/s typical	1 m/s in dedicated manual; current family table says over 1 m/s
Base-joint speed	120°/s	120°/s
Shoulder-joint speed	120°/s	120°/s
Elbow-joint speed	180°/s	180°/s
Maximum wrist speed	180°/s	225°/s
Robot-arm weight	Approximately 40 kg	33 kg
Footprint	190 mm	Not prominently stated on product page
Standard IP rating	IP54	IP54
Higher protection option	IP65 optional	No standard IP65 M1013 claim on official product page
Mounting	Any orientation	Any orientation
Torque sensors	Not the main differentiating feature promoted on the product page	Six torque sensors, one per axis
Tool digital I/O	Controller: 16 DI and 16 DO	Tool: 6 DI and 6 DO; controller: 16 DI and 16 DO
Analog controller I/O	2 AI and 2 AO	2 AI and 2 AO
Tool power	24 V / 1.5 A	24 V / 3 A maximum
Programming	Web App and 10.1-inch pendant	DART Platform and teach pendant
Public price	$10,199	Request a quote
Official website	https://www.fairino.us/	https://www.doosanrobotics.com/
Official product page	https://www.fairino.us/collaborative-robot/fairino/fr10	https://www.doosanrobotics.com/en/product-solutions/product/m-series/m1013/

Why the Doosan M1013 Is the Correct Equivalent to the FAIRINO FR10

The M1013 is the most appropriate Doosan comparison for the FR10 because both robots share a standard 10 kg payload and are designed for general-purpose industrial automation.

Their key specifications are closely aligned:

• FR10 payload: 10 kg

• M1013 payload: 10 kg

• FR10 reach: 1,400 mm

• M1013 reach: 1,300 mm

• FR10 repeatability: ±0.05 mm

• M1013 repeatability: ±0.05 mm

• Both: six axes

• Both: IP54

• Both: mounting in any orientation

The Doosan A0912 is a possible secondary comparison, but its 9 kg payload makes it slightly less direct. The M1013 is the more accurate match when payload class is the primary comparison criterion.

1. Payload Capacity

Both robots provide a nominal payload of 10 kg.

FAIRINO also publishes a maximum FR10 payload of 14 kg. This higher value should not be treated as an unrestricted continuous rating without reviewing the payload curve, center of gravity, tool orientation, speed and application duty cycle.

Payload includes more than the workpiece. It also includes:

• Gripper

• Tool changer

• Force sensor

• Welding torch

• Camera

• Cable brackets

• Adapters

• Fasteners

• The workpiece itself

A 7 kg component combined with a 2 kg gripper and 1 kg adapter already reaches the nominal 10 kg limit.

The M1013 provides a standard 10 kg payload throughout its specified work radius. Doosan’s documentation also supplies allowed moment and inertia data for engineering the tool load correctly.

Payload Verdict

The robots are equal at the standard 10 kg rating.

The FR10 offers potential extra capacity through its published 14 kg maximum, but that should be validated for the specific application.

The M1013’s advantage lies less in headline payload and more in force sensing, torque monitoring and contact-process control.

2. Reach and Working Envelope

The FR10 provides 1,400 mm of reach.

The M1013 provides 1,300 mm.

The FR10 therefore offers 100 mm of additional nominal reach, equal to approximately 7.7% more reach relative to the Doosan robot.

An extra 100 mm can be meaningful in:

• CNC machine tending

• Reaching around a machine door

• Covering a wider conveyor

• Serving two fixtures

• Moving between a machine and inspection station

• Reaching into deep equipment

• Using shorter tool extensions

• Covering larger welding fixtures

• Reducing the need for a linear rail

The M1013’s 1,300 mm radius remains substantial and may be preferable in a compact cell where the robot should remain close to the base.

Reach Verdict

The FR10 has the objective reach advantage.

For general machine tending, welding and material handling, the extra 100 mm can provide greater layout flexibility.

The M1013 remains suitable when all important points fall within its 1,300 mm radius.

3. Repeatability and Precision

Both robots are published at ±0.05 mm repeatability.

This means neither robot has a clear headline advantage in point-to-point repeatability.

However, repeatability should not be confused with total process accuracy.

Real process performance also depends on:

• Fixture stability

• Tool-center-point calibration

• Part variation

• Gripper compliance

• Thermal expansion

• Sensor accuracy

• Tool wear

• External calibration

• Structural rigidity

The M1013’s torque sensors may improve performance in contact-based processes, but they do not change the published point repeatability figure.

Repeatability Verdict

The robots are equal on published pose repeatability.

The decision should therefore depend more heavily on reach, speed, force control, tool interface and cost.

4. Speed and Cycle-Time Potential

The FR10 has a published typical TCP speed of 1.5 m/s.

The dedicated M1013 manual lists 1 m/s TCP speed, while Doosan’s newer M/H-Series summary states that the maximum TCP speed is over 1 m/s.

The FR10 therefore has the stronger published translational-speed figure.

The M1013 has faster wrist-joint rotation:

• FR10 wrist joints: up to 180°/s

• M1013 wrist joints: up to 225°/s

This creates an interesting difference.

The FR10 may be faster in long linear transfer motions.

The M1013 may be faster when the task requires repeated orientation changes or rapid wrist rotation.

Actual cycle time depends on:

• Payload

• Center of gravity

• Path length

• Acceleration

• Deceleration

• Blend radius

• Tool timing

• Machine response

• Safety configuration

• Part stability

Speed Verdict

The FR10 has the stronger headline TCP-speed specification.

The M1013 has the stronger wrist-speed specification.

For machine tending and long transfers, the FR10 may have an advantage. For polishing, assembly or tasks involving frequent tool reorientation, the M1013’s faster wrist joints may be more valuable.

5. Force Control and Torque Sensing

This is the category in which the Doosan M1013 has its clearest advantage.

The M1013 includes six torque sensors, one in each axis. Doosan specifically promotes these sensors for collision sensitivity, force control and compliance control.

This matters in applications such as:

• Polishing

• Deburring

• Surface following

• Press fitting

• Gear assembly

• Connector insertion

• Screwdriving

• Contact inspection

• Edge tracking

• Controlled material removal

A robot can have excellent repeatability and still perform poorly in a contact process if it cannot adapt to part variation or regulate force effectively.

The FR10 can still support force-control applications when integrated with external force sensors and suitable software, but the M1013’s built-in six-axis torque-sensing architecture is a more integrated solution.

Force-Control Verdict

The M1013 has the clear advantage.

For polishing, insertion, complex assembly or applications in which contact force is central to process quality, the Doosan robot may justify a higher acquisition cost.

For ordinary pick and place, machine tending, welding and packaging, this advantage may be less important.

6. Robot Weight and Installation

The FR10 weighs approximately 40 kg.

The M1013 weighs 33 kg.

The Doosan arm is therefore about 7 kg lighter.

A lower arm weight can help when:

• The robot is mounted on a mobile cart

• The support structure is lightweight

• The robot is installed at height

• The cell is frequently reconfigured

• The robot is installed on an AMR

• Manual handling during installation is important

Both robots support mounting in any orientation.

Installation Verdict

The M1013 has the weight advantage.

The FR10 provides more reach but requires a heavier supporting structure.

In a permanent floor-mounted cell, the weight difference may not matter greatly. In mobile or elevated installations, the M1013 is easier to accommodate.

7. Environmental Protection

Both standard robots are rated IP54.

The FR10 is also offered with optional IP65 protection.

IP54 provides limited dust protection and protection against splashing water.

IP65 provides complete dust protection at the arm level and resistance to water jets.

Optional IP65 may be useful in:

• Welding environments

• Dusty machining cells

• Material-processing applications

• Machine tending with mist

• More demanding cleaning environments

The controller, gripper, cables and other peripherals must still be evaluated separately.

Environmental Verdict

The standard robots are equal at IP54.

The FR10 has the advantage when the buyer wants a higher-protection version of the same model.

8. Tool Power and I/O

The FR10 provides a broad controller-level signal set:

• 16 digital inputs

• 16 digital outputs

• 2 analog inputs

• 2 analog outputs

• 2 high-speed pulse inputs

• 24 V / 1.5 A tool power

The M1013 provides:

• 6 tool digital inputs

• 6 tool digital outputs

• 24 V / 3 A tool power

• Controller-level 16 digital inputs and 16 digital outputs

• 2 analog inputs and 2 analog outputs

• OSSD safety I/O

• Broad serial and industrial-network communication

The FR10 has more explicitly listed pulse functionality and optional Web-based control.

The M1013 provides double the tool-current capacity and more tool-side digital channels.

Tool-Interface Verdict

The M1013 is stronger for high-current powered end effectors and digital tool control.

The FR10 is attractive for applications requiring analog interfaces or pulse inputs.

The correct choice depends on the actual gripper, sensor or process equipment.

9. Programming and System Integration

The FR10 can be programmed through:

• A 10.1-inch teach pendant

• A mobile-terminal Web App

• TCP/IP communication

• Standard PoE support

• External integration through the FAIRINO development environment

The M1013 uses:

• DART Platform

• A tablet-style teach pendant

• Smart Setup

• Optional Cockpit direct-teaching controls

• AC or DC controllers

• Modbus TCP

• Modbus RTU

• PROFINET

• EtherNet/IP

• FANUC FOCAS

• RS-232, RS-422 and RS-485

Doosan has the broader clearly documented controller-level industrial connectivity package.

FAIRINO’s Web App is attractive for browser-oriented control and open custom workflows.

Programming Verdict

Doosan has the more mature and extensively documented controller ecosystem.

FAIRINO offers a flexible and accessible programming environment that may be easier to justify in cost-sensitive deployments.

10. Machine Tending

Both robots are strong machine-tending candidates.

The FR10’s advantages include:

• 1,400 mm reach

• 1.5 m/s typical TCP speed

• Optional IP65

• Public purchase price

• Broad controller I/O

The M1013’s advantages include:

• Lower robot weight

• Torque sensing

• Smart Setup

• FANUC FOCAS interface

• Higher tool power

• Mature industrial networking

Doosan officially lists machine tending as a core M1013 application. FAIRINO positions the FR10 for machine tending and material handling.

Machine-Tending Verdict

The FR10 may be the better value when reach and arm price are the main concerns.

The M1013 may be preferable when force detection, existing Doosan infrastructure or FANUC CNC integration materially simplifies the project.

11. Welding

Both manufacturers identify welding as an application.

Doosan lists welding as a main M1013 use, while FAIRINO describes the FR10 as suitable for welding and related industrial processes.

A welding cell may also require:

• Welding source

• Torch

• Wire feeder

• Collision mount

• Fume extraction

• Fixtures

• Cable management

• Guarding

• Seam tracking

• Integration labor

The FR10’s longer reach may help cover larger fixtures.

The M1013’s torque sensing may support contact detection and process setup, although welding quality still depends primarily on the welding package, fixture quality and programming.

Welding Verdict

The FR10 offers a strong economic and reach-based welding proposition.

The M1013 offers a more sophisticated sensing architecture and may fit better in a premium turnkey package.

12. Polishing and Deburring

Doosan specifically promotes polishing and deburring for the M1013.

These are force-sensitive processes. The robot must often maintain controlled contact against a part despite surface variation. The M1013’s six torque sensors and compliance-control architecture are highly relevant here.

The FR10 can be used for polishing and deburring with appropriate external force-control equipment, but that adds components and engineering.

Polishing and Deburring Verdict

The M1013 is the stronger out-of-the-box platform for contact-sensitive finishing.

This is one of the applications where paying more for the Doosan architecture may be justified.

13. Assembly and Insertion

The M1013 is particularly attractive for assembly because its torque sensors support:

• Controlled insertion

• Alignment detection

• Compliance

• Contact monitoring

• Screwdriving

• Gear assembly

Doosan specifically identifies assembly as a main M1013 application.

The FR10 can perform conventional assembly and screwdriving where the process relies primarily on positioning and external tooling.

Assembly Verdict

For simple placement and fastening, both robots are credible.

For difficult insertion, compliance and contact-based assembly, the M1013 has the stronger technical advantage.

14. Ecosystem and Support

Doosan’s advantages include:

• DART Platform

• Six-axis torque sensing

• Smart Setup

• Multiple controller options

• Dealer network

• Training resources

• Industrial networking

• Force-control applications

• Established premium cobot positioning

FAIRINO’s advantages include:

• Public U.S. price

• Direct online purchasing

• Longer reach

• Higher published TCP speed

• Optional IP65

• Web App programming

• Lower barrier to multi-robot deployment

The ecosystem advantage matters most when it saves measurable engineering time or reduces process risk.

A manufacturer already using Doosan may prefer the M1013 for platform consistency.

A manufacturer starting from a neutral position may find the FR10 easier to justify financially.

15. Price and Total Cost of Ownership

FAIRINO USA lists the FR10 at $10,199.

Doosan does not publish a fixed M1013 price on the official product page. Buyers must submit an inquiry or obtain a dealer quotation.

A complete project can also include:

Cost category	Typical components
Robot package	Arm, controller, pendant and cables
End effector	Gripper, welder, polishing tool or screwdriver
Fixtures	Trays, clamps, nests and machine interfaces
Safety	Scanner, guarding, interlocks and validation
Integration	Programming, PLC work and commissioning
Vision	Camera, lighting and calibration
Force control	External sensor if required
Training	Operator and maintenance instruction
Installation	Freight, mounting and electrical work
Support	Spare parts, remote support and service

The M1013 may reduce the cost of contact-process integration because the torque sensors are built into the arm.

The FR10 may reduce capital expenditure in applications that do not require advanced force control.

Cost Verdict

The FR10 has the stronger price-transparency and acquisition-cost position.

The M1013 may justify a premium when its torque sensors, lighter arm, controller ecosystem or force-control capabilities materially reduce integration complexity.

Which Robot Should a Manufacturer Choose?

Choose the Doosan Robotics M1013 When:

• Advanced force control is required.

• Polishing or deburring is a primary application.

• Assembly requires compliance or insertion control.

• Six-axis torque sensing is valuable.

• Faster wrist rotation is important.

• Higher tool current is required.

• The company already uses Doosan Robotics.

• DART programming is preferred.

• FANUC FOCAS integration is useful.

• A local Doosan integrator offers a proven turnkey system.

• Lower robot-arm weight is important.

Choose the FAIRINO FR10 When:

• More than 1,300 mm of reach is useful.

• A higher published TCP speed is important.

• A public U.S. price is required.

• The project has a strict capital budget.

• Several robots will be deployed.

• Optional IP65 protection is useful.

• Web-based programming is preferred.

• The task is machine tending, welding, handling or packaging rather than advanced force processing.

• Analog I/O and pulse inputs are useful.

• More budget must remain available for tooling, safety and fixtures.

• 
  

Final Verdict

The Doosan Robotics M1013 is the more sophisticated force-control platform.

Its strongest advantages are:

• Six integrated torque sensors

• Advanced force and compliance control

• Faster wrist joints

• Lower robot-arm weight

• Higher tool-current capacity

• Strong industrial communication support

• DART programming

• Mature ecosystem

The FAIRINO FR10 provides:

• The same nominal 10 kg payload

• 100 mm more reach

• The same published repeatability

• A higher published typical TCP speed

• Optional IP65 protection

• Web App programming

• Broad I/O support

• A transparent U.S. price of $10,199

The most accurate conclusion is:

The Doosan M1013 is the stronger choice for force-sensitive processes, while the FAIRINO FR10 is generally the stronger value choice for conventional industrial automation.

For polishing, deburring, insertion and advanced assembly, the M1013’s torque-sensing architecture can justify its premium.

For machine tending, welding, material handling, packaging and general automation, the FR10’s longer reach, higher published TCP speed and transparent price create a compelling capability-to-cost ratio.

Frequently Asked Questions

What is the closest Doosan Robotics equivalent to the FAIRINO FR10?

The Doosan Robotics M1013 is the closest equivalent because both robots have a nominal payload of 10 kg, six axes and ±0.05 mm repeatability. The FR10 has 1,400 mm reach, while the M1013 has 1,300 mm reach.

Do the FAIRINO FR10 and Doosan M1013 have the same payload?

Yes. Both robots have a nominal payload of 10 kg. FAIRINO also publishes a maximum FR10 payload of 14 kg, subject to application limits.

Which robot has more reach, the FAIRINO FR10 or Doosan M1013?

The FAIRINO FR10 has 1,400 mm of reach, while the Doosan M1013 has 1,300 mm. The FR10 therefore provides 100 mm of additional nominal reach.

Which robot has better repeatability?

Both robots are specified at ±0.05 mm repeatability.

Which robot is faster?

The FR10 has a published typical TCP speed of 1.5 m/s. The dedicated M1013 manual lists 1 m/s, while Doosan’s newer family documentation states over 1 m/s. The M1013 has faster wrist joints at 225°/s compared with 180°/s for the FR10.

Does the Doosan M1013 have torque sensors?

Yes. The Doosan M1013 includes six high-performance torque sensors, one in each axis. Doosan uses them for collision sensitivity, force control and compliance control.

Does the FAIRINO FR10 have more reach than the M1013?

Yes. The FR10 provides 100 mm more nominal reach.

How much does the FAIRINO FR10 cost?

FAIRINO USA lists the FR10 at $10,199. The current price, stock status and included package should be verified before purchase or publication in live structured data.

How much does the Doosan M1013 cost?

Doosan Robotics does not publish a fixed M1013 price on its official product page. Buyers must submit a product inquiry or obtain a quotation from an authorized dealer.

Which robot weighs less?

The Doosan M1013 weighs 33 kg, while the FAIRINO FR10 weighs approximately 40 kg. The M1013 is therefore about 7 kg lighter.

What is the IP rating of the FAIRINO FR10?

The standard FR10 is IP54, with IP65 available as an option.

What is the IP rating of the Doosan M1013?

The Doosan M1013 is rated IP54.

Can the FAIRINO FR10 be mounted upside down?

Yes. FAIRINO states that the FR10 can be mounted in any orientation.

Can the Doosan M1013 be mounted in any orientation?

Yes. Doosan’s official manual lists mounting in any orientation.

Which robot is better for machine tending?

Both robots are suitable for machine tending. The FR10 offers more reach and a higher published TCP speed, while the M1013 offers lower arm weight, torque sensing, higher tool power and advanced controller connectivity.

Which robot is better for polishing and deburring?

The Doosan M1013 is generally better suited to polishing and deburring because it includes six torque sensors and is specifically designed for force and compliance control.

Which robot is better for welding?

Both robots are promoted for welding. The FR10 offers more reach and a transparent purchase price, while the M1013 offers torque sensing and a mature Doosan integration ecosystem.

Which robot provides more tool power?

The Doosan M1013 provides 24 V DC tool power at up to 3 A. The FAIRINO FR10 provides 24 V at 1.5 A.

Which robot has faster wrist joints?

The Doosan M1013 has wrist-joint speeds of up to 225°/s. The FAIRINO FR10 lists 180°/s for the wrist joints.

Which robot has the more mature programming ecosystem?

Doosan has the more mature established commercial ecosystem through DART, its controller options, Smart Setup and dealer network. FAIRINO offers Web App programming, direct purchasing and a more cost-focused integration model.

Which robot offers better value for money?

The FAIRINO FR10 is likely to offer better value for machine tending, welding, handling and general automation because it combines a 10 kg payload, 1,400 mm reach, 1.5 m/s published typical TCP speed and a public U.S. price of $10,199. The M1013 may justify a higher cost when force control and torque sensing are central to the application.

Should a manufacturer choose the FAIRINO FR10 or Doosan M1013?

Choose the Doosan M1013 for polishing, deburring, insertion, compliance control and advanced force-sensitive assembly. Choose the FAIRINO FR10 when reach, speed, transparent pricing and return on investment are more important.