KP2764-035-B100 - Lincoln Electric KP2764-035 Robotic Contact Tip (.035 in, 100 Pack)

High-Performance Robotic Welding Consumables

The Lincoln Electric KP2764-035-B100 Contact Tip is a premium consumable designed specifically for the rigorous demands of robotic welding environments. In automated manufacturing, consistency is paramount; a single failure in a contact tip can lead to downtime, rework, and lost productivity. This contact tip is engineered to handle .035-inch (0.9 mm) wire with precision, ensuring optimal electrical conductivity and smooth wire feeding essential for high-speed robotic applications.

Manufactured from high-quality copper alloys, these tips are built to withstand the intense heat generated during high-duty cycle welding, particularly in water-cooled (W/C) robotic systems. The superior thermal conductivity helps prevent overheating, which is a common cause of premature tip failure and wire burn-back. By maintaining a stable operating temperature, the KP2764-035 ensures that the arc remains focused and consistent, resulting in superior weld bead profiles and structural integrity.

This product is supplied in a bulk package of 100 units, making it an ideal choice for industrial facilities and fabrication shops that operate continuous production lines. Managing inventory for high-consumption items like contact tips is streamlined with this bulk offering, ensuring that maintenance teams always have replacements on hand to minimize machine downtime. Whether utilized in automotive assembly, heavy equipment manufacturing, or general automated fabrication, these Lincoln Electric contact tips deliver the reliability and performance required for modern industry.

Investing in genuine Lincoln Electric consumables guarantees compatibility with your existing equipment. The precise machining of the bore diameter reduces micro-arcing inside the tip, extending the life of the consumable and improving the overall efficiency of the welding cell. Trust Josef Gas to supply the critical components that keep your robotic systems running at peak performance.