277267 - Miller AugmentedArc Replacement Stick Electrode and TIG Rod

Genuine Miller AugmentedArc Replacement Component

The Miller 277267 SMAW Electrode / TIG Filler Rod is a specialized accessory designed exclusively for the Miller AugmentedArc™ augmented reality welding system. As a critical interface component, this device allows students and trainees to simulate the physical actions of welding without the consumption of real materials, sparks, or fumes. This dual-purpose prop is engineered to function as both a consumable Stick electrode (SMAW) and a TIG filler rod (GTAW), depending on the simulation mode selected on the AugmentedArc machine.

In a training environment, equipment sees heavy use. While the AugmentedArc system significantly reduces the cost of consumables like steel, gas, and actual electrodes, the physical props handled by students may eventually require replacement due to wear or loss. This assembly restores the full functionality of your simulator, ensuring that students can continue to practice proper rod manipulation, travel speeds, and work angles. The device is designed to provide realistic tactile feedback, helping new welders build the muscle memory required for live arc welding.

When used as a SMAW electrode, the rod interacts with the system to simulate the burn-off rate of a stick electrode, forcing the student to feed the stinger towards the workpiece to maintain arc length. When used as a TIG filler rod, it allows the student to practice the delicate coordination of feeding rod with one hand while manipulating the torch with the other. Please note that the SMAW Stinger (part number 277268) is sold separately and is required for Stick welding simulations.

Key Benefits for Training Programs

Investing in genuine Miller replacement parts for your educational equipment ensures compatibility and tracking accuracy. The AugmentedArc system relies on precise sensor data to render the virtual weld puddle; using the correct OEM props guarantees that the simulation remains immersive and educational. This prop is lightweight yet durable, designed to withstand the rigors of daily classroom use.