267517 - Miller 267517 10-Inch Flexible Gooseneck for Spoolmatic Pro & XR-Aluma-Pro

Enhanced Accessibility for Miller Pro Series Guns

The Miller 267517 Flex Neck is a critical accessory designed to expand the operational capabilities of Miller's premium aluminum welding systems. Engineered specifically for the Spoolmatic® Pro spool gun, XR™-Pistol-Pro, and XR™-Aluma-Pro push-pull guns, this 10-inch flexible tube head addresses the challenges of welding in complex geometries and confined spaces. By replacing the standard rigid neck with this flexible alternative, operators can manipulate the angle of approach to suit the specific requirements of the joint, ensuring proper gas coverage and electrode stick-out even in the most difficult-to-access areas.

Tool-Less Installation and Rotation

Efficiency is paramount in industrial welding environments. The Miller 267517 features a sophisticated connection mechanism that requires absolutely no tools for installation or removal. The tube head is designed to be fully rotatable and self-seating, allowing the welder to adjust the orientation of the neck 360 degrees to find the most ergonomic and effective welding position. This rotatable feature, combined with the flexible body, provides unparalleled versatility without compromising the electrical conductivity or shielding gas flow required for high-quality aluminum MIG welding.

Genuine Miller Compatibility

As a genuine Miller component, this flexible neck is manufactured to the highest standards of quality and durability. It is strictly compatible with the Pro series air-cooled guns listed, ensuring a perfect seal and reliable performance. It is not designed for use with standard Spoolmatic or legacy XR guns, ensuring that the advanced performance characteristics of the Pro series—such as consistent wire feeding and superior arc control—are maintained. Whether utilized in automotive manufacturing, boat building, or general aluminum fabrication, the 267517 Flex Neck is an indispensable tool for professional welders seeking to maximize the utility of their equipment.