FANUC Arc Welding Robots &amp; Cobots

The FANUC ARC Mate/12-14D is a robot specifically designed for arc welding.

Arc Welding Robots

ARC Mate 100𝑖D

Robot Payload

12 kg

Robot Reach

1441 mm

Axes

The FANUC ARC Mate/8-20D is a robot specifically designed for arc welding.

Arc Welding Robots

ARC Mate 100𝑖D/8L

Robot Payload

8 kg

Robot Reach

2032 mm

Axes

The FANUC ARC Mate/10-16D is a robot specifically designed for arc welding.

Arc Welding Robots

ARC Mate 100𝑖D/10L

Robot Payload

10 kg

Robot Reach

1636 mm

Axes

The FANUC ARC Mate/25-18D is a robot specifically designed for arc welding.

Arc Welding Robots

ARC Mate 120𝑖D

Robot Payload

25 kg

Robot Reach

1831 mm

Axes

The FANUC ARC Mate/12-23D is a robot specifically designed for arc welding.

Arc Welding Robots

ARC Mate 120𝑖D/12L

Robot Payload

12 kg

Robot Reach

2272 mm

Axes

The FANUC ARC Mate/35-18D is a robot specifically designed for arc welding.

Arc Welding Robots

ARC Mate 120𝑖D/35

Robot Payload

35 kg

Robot Reach

1831 mm

Axes

The FANUC M-710/12-31C is a lightweight robot designed for handling applications in the medium payload range.

Articulated Robots

M-710𝑖C/12L

Robot Payload

12 kg

Robot Reach

3123 mm

Axes

The FANUC M-710/20-31C is a lightweight robot designed for handling applications in the medium payload range.

Articulated Robots

M-710𝑖C/20L

Robot Payload

20 kg

Robot Reach

3110 mm

Axes

Discover Our Arc Welding Cobot Models

The FANUC CRX-10iA is a lightweight collaborative robot for a broad range of applications.

Collaborative Robots

CRX-10𝑖A

Robot Payload

10 kg

Robot Reach

1249 mm

Axes

Collaborative Robots

CRX-10𝑖A/L

Robot Payload

10 kg

Robot Reach

1418 mm

Axes

The FANUC CRX-20iA/L is a lightweight collaborative robot for a broad range of applications.

Collaborative Robots

CRX-20𝑖A/L

Robot Payload

20 kg

Robot Reach

1418 mm

Axes

The FANUC CRX-30iA is a lightweight collaborative robot for a wide range of applications with payloads up to 30 kg.

Collaborative Robots

CRX-30𝑖A

Robot Payload

30 kg

Robot Reach

1756 mm

Axes

Highlights

Benefits for Your Business

Pictogram for Hollow wrist arm cable (Robot) in black. SVG format.

Hollow Wrist Advantage

Hollow wrist design of the ARC Mate Series routes the welding cables through the robot arm to reduce wear and tear on the expensive welding cables. The through-arm design also protects the cabling and allows offline programming without having to simulate cable placement. Robots combine excellent freedom of movement with extremely high repeatability and offer slim wrists and arms not only capable of accessing narrow spaces, but also strong enough to carry heavy torches and welding utilities.

Pictogram for Payload Arc welding (Robot) in black. SVG format.

Slim and Strong

FANUC’s arc welding robots have slim wrists well suited for arc welding processes involving hard-to-access spaces. Used extensively in TIER 1 manufacturing for car axle, bracket, seat and exhaust welding, as well as to produce goods such as beams and cranes and base business goods such as tanks, tubes and pipes, etc. FANUC robots also offer both the strength and reliability to handle all arc welding applications including submerged arc welding, tandem torches and multiple welding process on the same robot. Additional payload capability allows other peripheral equipment such as sensors or grippers for material handling tasks.

Pictogram for ARC Mate 100iD (Robot) in black. SVG format.

Capable of MIG, TIG, Plasma and Laser Welding

Select the weld process that fits your application with the confidence that the ARC Mate robot can handle MIG (GMAW), TIG (GTAW), Plasma (PAW) or Laser welding. FANUC works with you to create low spatter welding solutions to give a clean finish on your parts.

Pictogram for Reach ArcWelding (Robot) in black. SVG format.

Longest Reach in Its Class

The M-710𝑖C/12L is the longest reach hollow arm robot available on the market. This read makes it possible to weld very large parts and eliminates the need for a rail axis in arc welding applications.

M-710𝑖C/12L

Pictogram for CRX (Product) in black. SVG format.

Arc Welding Cobots for Your Operations Starting with Automation

Even for those who have never used a robot, FANUC’s advanced welding collaborative robot technology is easy to use and fast to deploy. Generally speaking, FANUC Collaborative Arc welding robots are an ideal solution for manufacturing operations that have low volume, high mix production.

Pictogram for efficient Robot equipment integration in black. SVG format.

Seamless Integration of Auxiliary Motors and Positioners

Integrating additional FANUC motors with the Arc Mate Series creates an automated arc welding system with more capability while maintaining easy setup and programming. Also welding positioners can be programmed to move independently or coordinated with the robot motion to optimise welding speed and quality.

FANUC Servo Positioners

Pictogram for Multi workpiece cutting (ROBOMACHINES) in black. SVG format.

Arc Welding Robots for Additive

FANUC's arc welding robot family supports applications like additive manufacturing. All of the arc welding robots in our ARC Mate Series are up to the task of enabling our customers to add flexibility and efficiency to their additive manufacturing processes. Easy offline program generation along with the ability to easily import 3rd party paths, enables customers to quickly take solid models from the digital world and make them come to life.

Accessories & Software

Accessories for Arc Welding Robots

Robot Accessory

𝑖RVision

We empower FANUC robots to see! 𝑖RVision is FANUC’s unique, fully-integrated visual detection system that enables FANUC robots to see - making production faster, smarter and more reliable. Based ...

Robot Accessory

Servo Positioners

The power to do more - FANUC Servo Positioners open up your options and give you the ability to do more with your FANUC robot. Models cover a range of payloads up to 9000 kg and, depending on your ...

Image related to the success story ULRICH ROTTE. FANUC Germany.

Success story features two robots on a 13-meter traversing axis.

Robot Accessory

Customised Auxiliary Axes Packages

A fully integrated, standardised and comprehensive auxiliary axis package with FANUC motors is the ideal solution for the most diverse applications that ask for an additional axis to complement you...

Robot Accessory

𝑖PC Box

Designed for ultimate performance and reliability, the FANUC 𝑖PC Box provides a reliable industrial solution for your advanced robot applications that require high computational performance. It is...

Robot Accessory

Hand Guidance

Our Hand Guidance solutions allow quick and simple programming for your robot by leading it through motion paths. This simple operator control, which requires no further knowledge of the coordinate...

Software for Arc Welding Robots

Success story about Bonvicini Carpenteria. FANUC Italy.

ArcTool for Easy Programming of Arc Welding Robots

ArcTool software provides an easy-to-understand user interface using common welding terms to enable faster development of robot programs, which allows for quicker robot deployment. The common programming language used with all FANUC robots makes it easy for all plant personnel to work with any robot.

Still image of application video of an ARC Mate 100iD and R-1000iA/100F performing laser seam tracking on an auger.

Smart Functions for Intelligent Robotic Arc Welding

When welding inconsistent production parts, optional sensors will adjust the weld program to maintain weld quality. Options such as Touch Sensing and Through Arc Seam Tracking will add seam finding, seam tracking or joint measurement capabilities. Adaptive capability to adjust the weld parameters can be used to optimise weld size based on sensor feedback.

Success story about the successful implementation of FANUC heavy-duty robot M-2000iA/2300 and a FANUC Arc welding robot at NTM's Finnish plant

WeldPRO Simulation Software

WeldPRO, a ROBOGUIDE plug-in, provides offline simulation software for programming as well as testing robots and customising layouts to optimise your workcell and application. CAD to PATH functionality allows you to import CAD drawings in just one click and can be modified offline, even while robots are working. Torch vs. fixture, automatic collision avoidance and weld cycle optimisations make arc welding applications even more efficient.

FANUC ROBOGUIDE

Automatic TCP Alignment

We offer several in-house solutions to automatically adjust the Tool Centre Point (TCP) during torch maintenance to maximise system uptime and increase productivity through consistent welds.

MultiARM Technology to Boost Productivity

FANUC’s MultiArm function enables robots to be controlled using a single CPU. It can control from two to four robots simultaneously, allowing for DualArm, TripleArm and QuadArm applications. This translates into a coordinated layout that is especially efficient on arc welding, material handling, spot welding applications.

Coordinated Motion for Improved Quality

Coordinated Motion is an essential option for efficiently welding workpieces with a positioner. It reduces the time required for programming because of the reduction in the number of positions needed and allows to easily program appropriate processing speed as the relative speed between two moving motion groups.