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K4678-KR8R1620-HW - Lincoln AutoDrive SA Robotic Aluminum Feeder Package for Kuka KR8R1620-HW

Packaging: 1 Per Ea
$79,023.74/EA $49,389.84/1 Per Ea only $49,389.84/EASave 37%

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OVERVIEW

Hassle-Free Robotic Aluminum Welding

Welding aluminum with a robot shouldn't be a constant battle against physics. The AutoDrive® SA One-Pak® for the Kuka KR8R1620-HW is Lincoln Electric's definitive answer to the common frustrations of feeding aluminum wire in automated cells. If you have dealt with bird-nesting in the drive rolls, erratic arc starts, or constant burnbacks that fuse the wire to the tip, this push-pull system is designed to eliminate those variables so you can focus on hitting your production targets. By synchronizing a powerful push feeder at the drum with a lightweight pull feeder at the torch, the system maintains constant, gentle tension on the soft aluminum wire, ensuring it feeds smoothly through the liner without buckling or shaving.

The real game-changer for operators and weld engineers is the start quality. The AutoDrive SA uses a unique touch-retract method that creates a perfect arc without the violent pop or spatter associated with standard MIG starts. This means your parts come out cleaner, and your fixtures stay cleaner, reducing the need for manual scraping and maintenance downtime. The seamless integration with the Power Wave power source gives you incredibly fine control over the weld puddle, making it easier to dial in parameters for thin-gauge aluminum or complex joint geometries.

Durability is also a major focus of this system. We know that stopping a robot mid-shift to change a contact tip kills efficiency and ruins cycle times. That is why this package includes Magnum® PRO Copper Plus™ tips, which are designed to last much longer than standard copper tips—capable of enduring up to 250,000 starts. Whether you are welding automotive components, marine parts, or structural aluminum, this package provides the reliability and consistency needed to keep your Kuka robot running at peak performance. It comes with everything you need to get hooked up, including the brackets, cables, and liners, taking the guesswork out of setting up your aluminum welding cell.

Additional Information
Brand:Lincoln Electric
Packaging Description:pack of 1
Compatible Robot:Kuka KR8R1620-HW
Process Type:Robotic MIG, Aluminum Welding
Feeder Type:Push-Pull System
Technology:Touch-Retract Start, Waveform Control Technology
Consumable Type:Magnum PRO Copper Plus

INCLUDED

  • Push Feeder
  • Pull Feeder
  • Mounting Bracket
  • Feeder Insulator
  • Control Cable
  • Feeder Cable Bundle
  • Breakaway Disk
  • Torch Tube
  • Torch Conduit
  • Torch Liner
  • Aluminum Contact Tips

APPLICATIONS

  • Construction
  • Automotive Manufacturing
  • Brewery Equipment Fabrication
  • Distillery Equipment
  • General Fabrication
  • Petrochemical Industry
  • Petroleum Processing
  • Power Generation
  • Power Plants
  • Robotics and Automation
  • Shipbuilding

FAQ

This specific package (K4678-KR8R1620-HW) is designed exclusively for the Kuka KR8R1620-HW robot arm.

It utilizes a push-pull wire feeding system and touch-retract start technology to prevent bird-nesting, burnback, and spatter, which are common issues with aluminum.

It is a starting method where the wire touches the work and then retracts to initiate the arc, ensuring a clean, spatter-free start without the explosiveness of traditional methods.

Yes, the AutoDrive SA system is designed to communicate directly with Lincoln Electric Power Wave® power sources for optimal performance.

It uses Magnum® PRO Copper Plus™ contact tips, which are designed for high durability and can last for over 250,000 starts.

The One-Pak includes the push feeder, pull feeder, mounting brackets, feeder insulator, control cables, cable bundle, breakaway disk, torch tube, conduit, liner, and contact tips.

While push-pull systems are primarily beneficial for soft wires like aluminum, the AutoDrive SA is optimized specifically for the challenges of aluminum welding.

By reducing downtime caused by wire feeding issues, spatter cleanup, and frequent contact tip changes, it significantly increases overall cell uptime.

CATALOGUE & SPEC SHEETS

Spec Sheet