12641432 - Tweco RWC2675 Robotic Water-Cooled MIG Nozzle (Pack of 2)

Reliable Performance for High-Production Welding

For welding operators and maintenance technicians overseeing robotic cells, the Tweco RWC2675 Robotic Water-Cooled Nozzle is a vital component for keeping production lines moving. Robotic welding puts immense stress on front-end consumables, often running at higher amperages and for longer durations than manual welding. This Tweco nozzle is built to handle that heat, utilizing a water-cooled design that keeps the nozzle temperature in check even during the longest weld seams.

One of the biggest challenges in robotic welding is spatter buildup. When a nozzle gets too hot, spatter sticks aggressively, eventually clogging the gas flow and causing porosity in the weld. The RWC2675's superior cooling capabilities mean that spatter is less likely to adhere, and what does stick is easier to clean during the reaming cycle. This translates to fewer interruptions for manual cleaning and more arc-on time. The nozzle is designed to fit securely onto Tweco robotic water-cooled torches, ensuring a leak-proof seal for the shielding gas and proper alignment for the contact tip.

Sold as a convenient pack of 2, this product ensures you always have a backup ready when it's time for a change-out. Whether you are welding heavy structural steel or precision automotive components, using genuine Tweco consumables like the RWC2675 helps maintain the high standards of quality required in modern manufacturing. The durable construction resists the wear and tear of daily operation, providing a reliable shield for the gas diffuser and contact tip.

Maintenance and Compatibility

Regular inspection of the nozzle bore is recommended to ensure optimal gas flow. Because this is a water-cooled component, it is designed to work seamlessly with specific Tweco robotic torch models that support liquid cooling channels. Ensure your torch setup is compatible with the RWC series to maximize the benefits of this high-performance nozzle.