405-22QCL1 - Tregaskiss 22-Degree Long Robotic MIG Gun Neck - Air Cooled

Precision and Performance: Tregaskiss 405-22QCL1

Upgrade your robotic welding setup with the Tregaskiss 405-22QCL1 Long Gooseneck, a premium replacement component designed for air-cooled robotic MIG guns. For welding engineers and technicians, the integrity of the torch neck is critical to weld quality. A bent or poorly manufactured neck can lead to wandering arcs, poor gas coverage, and inconsistent bead placement. Tregaskiss addresses these challenges with a gooseneck built for absolute precision and thermal stability.

This model features a 22-degree bend, offering a shallower angle than standard 45-degree necks. This specific angle is often crucial for maintaining the optimal push or pull angle in tight corners or when the robot arm is positioned at the limits of its envelope. The "Long" design provides the necessary clearance to keep the robot arm and torch body away from the workpiece and tooling clamps, preventing costly collisions and equipment damage. Being an air-cooled unit, it relies on heavy-duty materials to dissipate heat effectively, ensuring the contact tip and nozzle remain cool enough to prevent premature consumable failure.

Installation is straightforward, designed to interface seamlessly with Tregaskiss TOUGH GUN robotic platforms. The neck's connection point is engineered for a secure fit that resists loosening under the vibration and rapid movement of robotic articulation. By maintaining a consistent TCP (Tool Center Point), the 405-22QCL1 ensures that your programmed weld paths remain accurate after maintenance intervals. Whether you are welding mild steel, aluminum, or stainless, the stability provided by this high-quality gooseneck translates directly to superior weld aesthetics and structural integrity.

Key Technical Benefits

• Consistent TCP: Minimizes touch-up programming after neck changes.
• Optimized Geometry: 22-degree angle and long length for difficult-to-reach joints.
• Thermal Management: Efficient air-cooling design for extended duty cycles.
• Rugged Build: Resists impact and spatter buildup in harsh environments.