K3359-100ICW - Lincoln Magnum PRO 550 Robotic Torch for Fanuc 100iC with Wire Brake

High-Performance Robotic Welding Solution

The Lincoln Electric K3359-100iCW Magnum PRO Robotic 550 Welding Gun is a premier solution designed specifically for the demands of automated manufacturing. Engineered to integrate seamlessly with Fanuc 100iC robotic arms, this Ready-Pak offers a complete thru-arm, air-cooled torch system that prioritizes uptime and reliability. Industrial facilities rely on the Magnum PRO series for its robust construction and ability to withstand the rigorous duty cycles of continuous production environments. This specific model is equipped with a Wire Brake, a critical component for applications requiring precise touch sensing and wire stick-out control, ensuring consistent weld starts and accurate seam tracking.

Engineered for Durability and Efficiency

One of the standout features of this robotic gun is its exceptional cable durability. Lincoln Electric has designed the cable system to exceed industry standards by two-fold in rigorous testing, significantly reducing the frequency of cable failures and associated downtime. The air-cooled design simplifies the overall cell configuration by eliminating the need for water coolers and hoses, making it an ideal choice for facilities looking to streamline their robotic cells without sacrificing amperage capacity. With a 550A rating, this gun handles heavy-deposition welding tasks with ease.

Advanced Connectivity and Maintenance

The K3359-100iCW utilizes the innovative HexConnect™ Gun Bushing. Unlike traditional rotating connections that rely on single-line contact, HexConnect ensures full-face contact, dramatically improving electrical conductivity and reducing heat buildup at the connection point. Furthermore, the system is designed with a Single Tool Center Point (TCP). This engineering feat allows operators to switch between 350A and 550A expendables without altering the robot's TCP, facilitating quick changeovers and versatile production capabilities without the need for time-consuming reprogramming.