KP3354-22 - Lincoln Electric 22-Degree Thru-Arm Robotic Gooseneck

Precision Robotic Welding Components

The Lincoln Electric KP3354-22 is a specialized 22-degree Thru-Arm Gooseneck designed to meet the rigorous demands of automated industrial welding. In the world of robotic fabrication, precision and repeatability are paramount. This gooseneck is engineered to maintain a strict Tool Center Point (TCP) while providing the necessary clearance for complex weld joints. The 22-degree angle offers a specific geometry often required for accessing tight corners or maintaining optimal torch angles in restricted spaces where standard 45-degree or straight necks cannot reach effectively.

Constructed with high-grade materials, this component ensures excellent thermal conductivity and durability. The "Thru-Arm" designation indicates that this neck is designed for robotic systems where the cable assembly is routed through the hollow wrist of the robot arm. This configuration significantly reduces cable whipping, snagging, and wear, thereby extending the lifespan of the torch assembly and minimizing downtime for maintenance. By keeping the cabling internal, the system achieves a streamlined profile that improves the robot's range of motion and accessibility.

For facilities utilizing Lincoln Electric robotic solutions or systems compatible with Tregaskiss-style components, the KP3354-22 offers a reliable replacement option. Maintaining the integrity of your robotic cell involves regular inspection and replacement of wear parts like goosenecks, which can become damaged from collisions or excessive spatter buildup over time. Investing in genuine Lincoln Electric parts ensures that your automated systems continue to operate at peak efficiency, delivering high-quality welds shift after shift.

Whether you are setting up a new welding cell or maintaining an existing line, the KP3354-22 provides the geometric accuracy and rugged performance required for modern manufacturing. Its design facilitates smooth wire feeding, reducing the risk of bird-nesting and arc instability, which are critical factors in maintaining high production throughput.