K4306-100IC/8LW - AutoDrive S Robotic Wire Feeder Package for Fanuc 100iC/8LW

Optimized Robotic Welding Integration

The Lincoln Electric AutoDrive© S Wire Feeder Wire Brake One-Pak© (K4306-100IC/8LW) represents a pinnacle in automated welding system integration, specifically engineered for the Fanuc© Arc Mate 100iC/8LW robotic platform. In high-volume manufacturing environments, such as automotive fabrication, the cost of downtime and rework due to poor arc starts or spatter can be substantial. This package addresses those challenges head-on by combining advanced wire feeding technology with a comprehensive, pre-configured hardware suite.

Touch-Retract Technology

At the core of this system is the AutoDrive S feeder, which utilizes innovative touch-retract starting technology. Unlike traditional high-current starts that often result in explosive spatter and contact tip degradation, the AutoDrive S advances the wire to touch the workpiece, senses the circuit, and then mechanically retracts the wire to draw the arc at a lower current. This process virtually eliminates start spatter, significantly extends consumable life, and ensures consistent fusion from the very first millisecond of the weld cycle.

Complete One-Pak Convenience

Procurement and facility managers will appreciate the One-Pak configuration. Instead of sourcing individual brackets, cables, insulators, and torch components—risking compatibility errors—this single SKU delivers a fully harmonized system. It includes the wire feeder, the specific mounting bracket for the Fanuc 100iC/8LW, a complete through-arm torch assembly, and the essential wire brake. The included wire brake is critical for precise wire positioning, preventing wire slack during rapid robot movements and ensuring the stick-out remains constant for the next arc start.

System Synergy

Designed to work seamlessly with Lincoln Electric's Power Wave® platform, the AutoDrive S offers high-speed communication that synchronizes wire feed speed acceleration and deceleration with the power source's output. This synergy provides absolute control over the welding process, resulting in superior cycle times and finished weld quality that meets the rigorous standards of modern industry.