Skip to Main Content

K3561-1 - AutoDrive 4R220 Robotic Wire Feeder Base Unit

Packaging: 1 Per Ea
$8,734.00/EA $5,458.75/1 Per Ea only $5,458.75/EASave 37%

Usually ships within 3-5 business days

OVERVIEW

Precision Wire Delivery for Automated Systems

The Lincoln Electric AutoDrive 4R220 Wire Drive (K3561-1) represents the gold standard in wire feeding technology for robotic and hard automation cells. In high-volume manufacturing environments, the consistency of wire delivery is directly correlated to arc stability and weld quality. The AutoDrive 4R220 addresses this critical need with Lincoln Electric's patented MAXTRAC® Wire Drive System. Unlike standard 2-roll systems, this 4-roll configuration provides superior traction and wire straightening capabilities, ensuring that wire is delivered to the contact tip with unwavering precision, even over long conduit runs or at high feed speeds.

Engineered for integration flexibility, the K3561-1 serves as the base model in Lincoln's "Easy Build Your System" approach. This modularity allows engineers and integrators to select the specific mounting brackets required for their unique robotic arm or gantry setup, ensuring a perfect mechanical fit without the need for custom fabrication. The unit boasts best-in-class torque specifications, providing the mechanical force necessary to push larger diameter wires or overcome friction in complex cable management paths often found in multi-axis robotic movements.

Reliability in automation is not just about performance; it is about maintainability. The AutoDrive 4R220 is designed to minimize Mean Time to Repair (MTTR). The entire drive assembly features toolless maintenance points, allowing maintenance personnel to change drive rolls, adjust tension, or clear obstructions without reaching for a wrench. This focus on serviceability ensures that your automated welding lines spend more time producing parts and less time in maintenance hold.

Key Technical Benefits:

  • High-Torque Motor: Delivers consistent force for stable arc starts and stops.
  • MAXTRAC Technology: Patented design minimizes wire shaving and bird-nesting.
  • Modular Integration: Decoupled mounting allows for cross-platform compatibility.
Additional Information
Brand:Lincoln Electric
Packaging Description:1 Per Ea
Product Type:Robotic Wire Drive
Drive System:4-Roll MAXTRAC®
Application:Robotic Welding, Hard Automation
Maintenance Type:Toolless

INCLUDED

  • AutoDrive 4R220 Wire Drive Unit (Base Model)
  • Instruction Manual
  • Note: Mounting brackets and drive rolls sold separately

APPLICATIONS

  • Robotic Welding Cells
  • Hard Automation Systems
  • Automotive Manufacturing
  • Heavy Fabrication Lines
  • High-Speed Production Welding

FAQ

The MAXTRAC system is Lincoln Electric's patented heavy-duty wire drive mechanism featuring a 4-roll design that provides superior wire traction and feeding consistency compared to standard 2-roll systems.

No, the K3561-1 is the base model wire drive only. You must purchase the specific mounting bracket compatible with your robotic arm or automation setup separately.

The AutoDrive 4R220 is designed to be compatible with a wide range of robotic arms, but it requires the correct robot-specific mounting bracket to interface properly.

Yes, the AutoDrive 4R220 features a toolless maintenance design, allowing for quick drive roll changes and service without the need for hand tools.

This unit is specifically engineered for robotic and hard automation applications where high-speed, high-duty cycle, and precise wire feeding are required.

Yes, the 4-roll design is excellent for feeding softer wires like aluminum, provided the correct U-groove drive rolls and liners are installed.

It is Lincoln Electric's modular system where you select the wire feeder model (like the 4R220) and then separately select the appropriate mounting hardware, ensuring a custom fit for your specific equipment.

Yes, the AutoDrive 4R220 offers best-in-class torque, making it capable of pushing wire through longer conduits often found in complex robotic setups.