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K3593-4 - Lincoln Magnum PRO Robotic Torch for Fanuc 100iC/8L

Packaging: 1 Per Ea
$10,618.39/EA

Usually ships within 3-5 business days

SKU: K3593-4 Categories: ,

OVERVIEW

High-Performance Robotic Welding Solution

The Lincoln Electric K3593-4 Magnum PRO Water-Cooled Robotic Torch is an expertly engineered component designed specifically for integration with the Fanuc 100iC/8L robotic arm. In the realm of high-volume industrial manufacturing, thermal management and duty cycle are paramount. This torch addresses these challenges with a sophisticated water-cooling architecture that enables continuous operation at extremely high amperages. Rated at 525 Amps at 100% duty cycle using 90/10 mixed gas, this unit is built to withstand the rigors of heavy fabrication environments where downtime is not an option.

The core advantage of the K3593-4 lies in its advanced cooling dynamics. Unlike standard torches that may rely solely on circulating water through the handle, this Magnum PRO model implements a combination of conduction and convection cooling strategies directly near the nozzle and contact tip. This targeted cooling effectively dissipates the intense heat generated during the welding arc, keeping the expendable parts significantly cooler. The result is a dramatic increase in the lifespan of contact tips and nozzles, directly translating to reduced operational costs and higher overall equipment effectiveness (OEE).

Precision is the currency of robotic welding, and the K3593-4 delivers exceptional Tool Center Point (TCP) repeatability. The gun tubes are constructed with robust inner and outer sheaths that provide structural rigidity. This design minimizes the deflection and deformation that can occur during rapid robot movements or accidental crashes. By maintaining a consistent TCP, the system ensures that weld paths remain accurate without the need for constant reprogramming or touch-ups. Furthermore, the outer sheath is also cooled, which prevents weld spatter from adhering strongly to the gun, simplifying automated cleaning cycles and reducing maintenance interventions.

Installation and maintenance have been streamlined for the industrial technician. The torch features floating fittings within the gun tubes, a design choice that accommodates thermal expansion and mechanical tolerances to guarantee a leak-free connection. Visible hash marks on the barrel allow for quick visual verification of orientation during setup, ensuring that the torch is aligned perfectly according to the robot's programming. This attention to detail makes the K3593-4 not just a welding tool, but a critical asset for optimizing automated production lines.

Additional Information
Brand:Lincoln Electric
Packaging Description:1 Per Ea
Torch Type:Robotic MIG Torch
Cooling Method:Water-Cooled
Amperage Rating:525 A
Duty Cycle:100%
Compatible Robot Arm:Fanuc 100iC/8L
Gas Rating:Mixed Gas (90/10)
Consumable Series:Magnum PRO

INCLUDED

  • 1x K3593-4 Magnum PRO Water-Cooled Robotic Torch Assembly
  • Installation Guide
  • Mounting Hardware for Fanuc 100iC/8L

APPLICATIONS

  • Automated automotive chassis manufacturing
  • Heavy equipment fabrication and assembly
  • High-volume structural steel welding
  • Robotic cells requiring 100% duty cycle
  • Applications utilizing Fanuc 100iC/8L arms
  • Continuous multi-pass welding on thick plate

FAQ

The K3593-4 is specifically engineered for mounting on the Fanuc 100iC/8L robotic arm.

It is rated for 525 Amps at 100% duty cycle when using 90/10 mixed gas.

Yes, as a water-cooled torch, it requires a compatible water cooler and coolant circulation system to operate.

It uses conduction and convection cooling near the torch end to keep expendables cool, reducing wear and extending life.

The torch features floating fittings in the gun tubes that ensure a secure, leak-free connection.

It has robust inner and outer sheaths designed to minimize damage and maintain TCP repeatability.

The visible hash marks simplify the installation process by aiding in proper alignment and setup.

The unique design cools both the inner and outer sheaths, which helps diminish spatter adhesion.