Specialty Robots

The FANUC ARC Mate 100iC series robot is specifically designed for arc welding applications

Features & Benefits

• Up to 12 kg payload capacity
• 6 Axis Design
• Up to 2028 mm reach

The M-20iB/25 is a small material handling robot with a payload capacity of 25KG

Features & Benefits

• Up to 25 kg payload capacity
• 6 Axis Design
• Up to 1853 mm reach

The FANUC CR Series Collaborative Robots can work without safety fences

Features & Benefits

• Up to 35 kg payload capacity
• 6 Axis Design
• Up to 1813 mm reach

The FANUC Special Robots Comes with features such as: Motion Range: 800mm/300mm - 1130mm/400mm Maximum Payload: 3 Kg Maximum Payload: 3 Kg

Features & Benefits

• Motion Range: 800mm/300mm - 1130mm/400mm
• Maximum Payload: 3 Kg
• Repeatability: ± 0.1 mm
• Call Or Email Us For A Quote

Equipped with added reach, this latest generation ARC Mate 50iD/7L model is a rugged all-rounder that will maintain high quality standards in harsh working environments.

Features & Benefits

• Lightweight slim arm construction increases speed and improves part and tooling accessibility.
• Flip over capability for an even larger work envelope
• Best in class reach versus stroke

This new generation of arc welding robots stands out based on its productivity advancements and rapid integration times. To utilize space more efficiently, the new ARC Mate 100i D has received a more sophisticated, curved design, which allows it to effortlessly operate in compact welding cells.

Features & Benefits

• Ideal for compact installation requirements
• fully integrated welding hosepack and utility cables
• larger workspace, reach and stroke, even in the backflip area, allows for a bigger working range
• Improved rigidity and repeatability together with faster motion speed, mean increased productivity

Ideally suited for working in compact robotic cells, the slimline ARC Mate 100iD/8L occupies a small footprint and can be installed upside down or angle mounted for even more flexibility.

Features & Benefits

• Ideal for compact installation requirements
• fully integrated welding hosepack and utility cables
• Sensor/camera cables, air pipes and other utilities and services are routed through the robot's hollow arm, wrist and body, for easy and reliable routing
• Sensor/camera cables

The new generation of arc welding robots stands out based on its productivity advancements and rapid integration times. The long arm model of the ARC Mate 100iD series features outstanding axes speed and ultimate precision.

Features & Benefits

• Made specifically for narrow installations, this highly versatile arc welding robot can work on relative large parts thanks to its large horizontal stroke and can also be installed upside down or angle mounted.
• fully integrated welding hosepack and utility cables
• Sensor/camera cables, air pipes and other utilities and services are routed through the robot's hollow arm, wrist and body, for easy and reliable routing
• Sensor/camera cables

An ideal all-round welding robot, the ARC Mate 120iD’s slim articulated design means it excels at welding in narrow jigs. It features a new drive train for significantly higher axis speeds and, thanks to its high rigidity, boasts a repeatability of ± 0.02 mm

Features & Benefits

• For maximum operating flexibility, it has a large working envelope and can reach in very close to its own base
• Fully integrated welding hosepack
• Slim curved J2 arm Specially designed for welding in narrow and difficult to reach spaces.
• Large 57 mm diameter hollow wrist and hollow arm for trouble-free cable routing and maximum snag-free access.

Features & Benefits

• Designed specifically for welding applications, this model features outstanding axis speeds and ultimate precision within its class.
• Longest reach model
• IP67 protection on the wrist axes protect the robot against moisture and dust, making it the ideal candidate for dirty welding or cutting applications.
• integrated into the FANUC's own offline programming software ROBOGUIDE, enabling integrators, planners and users to design cells, systems and motions offline.