FANUC Launches Its Lightest Collaborative Welding Robot

FANUC Europe has launched the CRX-3iA collaborative robot, the lightest and smallest model in the CRX portfolio. Weighing just 11 kg and offering a 3 kg payload, the compact, portable and intuitive robot is particularly suited to welding applications, helping address the shortage of skilled welders across Europe.

The CRX-3iA can be carried with one hand, enabling a single operator to supervise multiple welding locations. Its ±0.02 mm repeatability provides the precision required for critical welding tasks, while it can simultaneously manipulate a welding torch and seam-tracking sensor. After relocation, the robot automatically detects its installation angle, identifies weld seam locations and calculates appropriate paths using a third-party laser scanner or touch sensor.

An optional magnetic base allows the CRX-3iA to be secured directly to large steel structures, reducing system complexity compared with traditional robot installations that typically require heavier equipment and additional safeguarding.

As part of FANUC’s CRX series, which extends to 30 kg payload and 1756 mm reach, the CRX-3iA integrates with the company’s established control and software ecosystem. FANUC’s wrist button technology also enables operators to guide and teach positions directly from the robot arm, simplifying programming and reducing changeover times.

Beyond welding, the CRX-3iA is suited to intralogistics and mobile automation. Its low mass and compact footprint make it suitable for mounting on automated guided vehicles (AGVs) for picking, placing and line supply applications. It is also well suited to education and training environments where space is limited.

“Manufacturers need automation that adapts to their environment,” says Paul Ribus, FANUC’s head of sales co-ordination Europe. “The CRX-3iA delivers portability, fast deployment and high repeatability wherever the work is.”

The robot will make its UK debut at FANUC’s open house on 3-4 November.

More information www.fanuc.eu