Robotic Automation

AutoDrive® SA Wire Feeders

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Top Features

  • Consistent wire feeding for robotic aluminum welding.
  • Touch-retract start technology to initiate each robotic weld with no spatter or burnback.
  • Consistent arc start from start to finish.
  • Delivers more than 250,000 starts and stops with a single contact tip.
  • Decrease change overs.

Processes

Robotic Welding

 

Equipment Details

A BETTER START, A BETTER WELD

When it comes to welding aluminum parts robotically, arc starts and consistent wire feeding are crucial. AutoDrive® SA is a high-performance aluminum servo torch solution engineered to address the common problems with robotic aluminum welding – all to make the welding process easier and hassle-free. The system integrates with a robot and communicates directly with a Lincoln Electric® Power Wave® resulting in a best-in-class Aluminum solution.


SIMPLICITY AND EFFICIENCY

A Clean Start

AutoDrive SA uses touch-retract start technology to initiate each robotic weld with no spatter or burnback. This ensures a consistent arc start from start to finish.

It's All About the Weld

The AutoDrive SA allows the Power Wave to have precise control over the wire feed speed. The coordination of the wire feed speed, paired with Power Wave Waveform Control Technology®, results in an aluminum weld that only Lincoln Electric can deliver.

Longer Life, Improved Productivity

AutoDrive SA uses Magnum® PRO Copper Plus™ contact tips. The system goes the distance by delivering more than 250,000 starts and stops with a single contact tip. This represents a decrease in change overs, a reduction in downtime and a significant increase in productivity.

 

 

Input Power
Rated Output
Input Current
Output Range
Solid Wire Size Range
Cored Wire Size Range
Wire Feed Speed Range
Generator Output
Type of Engine
HP and speed
Cylinders
Wire Speed Range IPM (m/min)
Duty Cycle at Rated Amperage
Rated Amperage
Tungsten Range
Gun Type
Cable Length
Wire Diameter
Number of Cables
Cooling
Dimensions (H x W x D)
Net Weight