
Maximize the efficiency and versatility of your automated welding operations with the Lincoln Electric KP3354-22L5. This premium replacement part is a 22-degree Thru-Arm Gooseneck featuring an extended length design, adding 5 inches to the standard reach. It is specifically manufactured for the industry-leading Magnum® PRO Thru-Arm Robotic Torch systems, ensuring perfect compatibility and performance.
In robotic welding, accessibility is often the limiting factor in cell design. Standard torch necks may not provide enough clearance for the robot arm when welding inside box sections, around tube intersections, or within deep jigs. The KP3354-22L5 bridges this gap. The 5-inch extension moves the robot wrist further away from potential collision points, while the 22-degree bend offers a streamlined profile that is ideal for reaching into narrow spaces where a sharper bend would be obstructive. This geometry is crucial for maintaining the correct contact-tip-to-work distance (CTWD) in hard-to-reach areas.
Robotic welding cells often operate at high duty cycles, subjecting components to intense heat and mechanical stress. Lincoln Electric has engineered the KP3354-22L5 to endure these conditions. The gooseneck is constructed to facilitate efficient heat dissipation, keeping the front-end consumables cooler and extending their lifespan. Furthermore, the structural rigidity of the neck ensures that the Tool Center Point (TCP) remains stable. Stability is paramount in automation; a drifting TCP results in off-seam welds and costly rework. With this genuine Lincoln part, you ensure repeatability and precision.
Upgrade your robotic torch configuration with the KP3354-22L5 to handle parts with challenging geometries and improve overall cell productivity.
| Additional Information |
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| Brand:Lincoln Electric |
| Packaging Description:1 Per Ea |
| Product Type:Robotic Gooseneck |
| Bend Angle:22 Degrees |
| Extension Length:5 Inches |
| Compatible Torch:Magnum PRO Thru-Arm Robotic Torch |
| Cooling Method:Air Cooled |
| Process:MIG/MAG, Robotic Welding |