ARC Mate 100iC/8L

This lightweight FANUC arc welding model offers huge versatility on jobs involving small parts and lighter payloads. Fitted with 6 axes, this standard version occupies a small footprint but offers huge versatility across a range of arc welding, laser welding, soldering and cutting applications.

With a larger payload and a multitude of mounting options, this innovative model offers huge versatility across a wide range of high-speed welding and cutting applications. This standard 6 axis robot is both economical and space saving. In addition, for maximum protection the welding harness is routed through the hollow wrist and J3 arm. The hollow wrist and J3 arm provides for the arc welding harness being routed inside the robot arm.

This innovative and ultra economical ARC Mate 100iC standard 6 axis short arm version has been designed to reduce cycle times on a vast range of high-speed welding and cutting applications. In addition, for maximum protection the welding harness is routed through the hollow wrist and J3 arm. The hollow wrist and J3 arm provides for the arc welding harness being routed inside the robot arm.

Ultra economical and benefiting from an optimised working envelope, this model makes light work of a wide variety of high-speed welding and cutting tasks. In addition, for maximum protection the welding harness is routed through the hollow wrist and J3 arm. The hollow wrist and J3 arm provides for the arc welding harness being routed inside the robot arm.

Arc welding robot
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 100iD has received a more sophisticated, curved design, which allows it to effortlessly operate in compact welding cells. It features a fully integrated welding hosepack and utility cables, which further economizes the workspace.
A 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.

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. 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.

Designed for precise, high-speed welding and cutting on heavier workpieces, this 6 axis standard version has the strength to increase your efficiency on any number of welding, soldering and cutting tasks. In addition, for maximum protection the welding harness is routed through the hollow wrist and J3 arm. The hollow wrist and J3 arm provides for the arc welding harness being routed inside the robot arm.

The extended reach on this model combined with great repeatability makes automating welding on even larger workpieces easy. Suitable for various welding, soldering and thermal cutting applications, this model features an optimised work envelope to increase your productivity.

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. For maximum operating flexibility, it has a large working envelope and can reach in very close to its own base. By combining FANUC reliability with higher motion performance, the ARC Mate 120iD maximises productivity and enhances your profitability. Operating costs are low, and installation is easy.

The latest generation ARC Mate 50, this 6 axis standard version is a rugged all-rounder that will maintain high quality standards in harsh working environments.

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.