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K4587-035 - Lincoln HyperFill Robotic Kit .035

Packaging: 1 Per Ea
$1,457.70/EA $1,004.04/1 Per Ea only $1,004.04/EASave 31%

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SKU: K4587-035 Category:

OVERVIEW

Advanced Robotic Deposition Technology

The Lincoln Electric K4587-035 HyperFill Robotic 035 ONE-PAK represents a significant leap forward in automated welding productivity. Designed to integrate seamlessly with Lincoln's advanced Power Wave platform, this system leverages the proprietary HyperFill technology. Unlike traditional single-wire MIG processes, HyperFill utilizes two smaller diameter wires (specifically 0.035-inch in this package) fed through a single contact tip and diffuser assembly. This innovative approach generates a wider arc cone and a larger weld puddle, effectively increasing deposition rates to levels comparable with larger diameter cored wires or tandem arc systems, but with significantly less complexity.

From a metallurgical and operational standpoint, the K4587-035 allows for lower heat input relative to the deposition rate, potentially reducing distortion in the base material. The system is engineered for robotic applications where precision and repeatability are paramount. By maintaining a single Tool Center Point (TCP), the HyperFill system eliminates the programming challenges often associated with twin-arc or tandem-torch configurations. This ONE-PAK includes the essential components required to convert or equip a robotic cell for this high-performance process, ensuring that the drive rolls, liner, and gun consumables are perfectly matched to handle the dual-wire feed dynamics without jamming or arc instability.

Industrial analysts will appreciate the efficiency gains offered by this solution. In heavy fabrication sectors such as structural steel, automotive, and heavy equipment manufacturing, the ability to lay down more metal in fewer passes can drastically reduce cycle times. The K4587-035 is not merely a collection of parts; it is an enabling technology that unlocks the full potential of modern robotic welding cells, providing a scalable solution for increasing throughput while maintaining stringent quality standards.

Additional Information
Packaging Description:1 Per Ea
Wire Diameter:0.035"
Process:Hyperfill, MIG (GMAW)
Application:High Deposition, Robotic Welding
Technology:HyperFill Twin-Wire
System Compatibility:Power Wave Systems, Robotic Platforms
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Compatible Wire Size:0.035 in
Technology:HyperFill Twin-Wire
System Compatibility:Power Wave Systems, Robotic Platforms

INCLUDED

  • HyperFill Robotic Gun Components for 0.035" Wire
  • Specific Drive Roll Kit for Twin-Wire Feeding
  • Contact Tips and Diffusers designed for HyperFill
  • Liner Assembly
  • Installation Hardware
  • Setup Guide

APPLICATIONS

  • Heavy Equipment Manufacturing
  • Structural Steel Fabrication
  • Automotive Component Welding
  • General Robotic Fabrication
  • High-Speed Sheet Metal Welding
  • Pressure Vessel Fabrication

FAQ

The ONE-PAK typically includes the necessary gun components (contact tip, diffuser, nozzle), specific drive rolls for feeding two wires, a liner assembly, and installation hardware required to set up a robotic system for HyperFill using 0.035" wire.

Yes, HyperFill is designed to work with Lincoln Electric Power Wave systems that support the specific waveforms required for the twin-wire process.

This specific SKU (K4587-035) is designated as a 'Robotic' ONE-PAK, meaning the components are optimized for robotic torches and feeders. There are separate kits available for semi-automatic (handheld) applications.

HyperFill utilizes a single contact tip and a single power source channel, making it significantly easier to set up, maintain, and program compared to tandem MIG which requires two separate wire feeds and contact points.

This kit is specifically designed for 0.035-inch (0.9 mm) welding wire.

Yes, the twin-wire arc creates a wider weld puddle which provides superior gap bridging capabilities compared to standard single-wire MIG welding.

Because HyperFill uses a single Tool Center Point (TCP), the programming is very similar to standard single-wire MIG, avoiding the complexity of multi-arc programming.

Industries requiring high deposition rates such as heavy fabrication, structural steel, and heavy equipment manufacturing benefit most from the increased productivity.