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300483 - Miller Wire Drive Bracket for Fanuc 100/120iC Robots

Packaging: 1 PER EA
$1,110.49/EA $1,025.06/1 PER EA only $1,025.06/EASave 8%

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OVERVIEW

Precision Mounting for Robotic Welding Automation

In the high-stakes world of industrial automation, the integration between your robotic arm and your welding equipment must be seamless. The Miller 300483 Fanuc Robot 100 & 120iC Wire Drive Mounting Bracket is the critical link designed to bridge this gap. Engineered specifically for the Fanuc 100 and 120iC series robots, this bracket provides a robust platform for mounting your wire drive assembly directly to the robot manipulator. By ensuring the wire drive is securely fastened, this component plays a vital role in maintaining the integrity of the wire feed path, which is essential for consistent arc starts and high-quality weld deposition.

Robotic welding cells operate under high speeds and accelerations. A generic or ill-fitting mount can lead to vibration, shifting, or even detachment of the wire drive, resulting in costly downtime and potential damage to the equipment. Miller Electric has developed this mounting solution to withstand the rigorous dynamic forces exerted by Fanuc robots during complex welding trajectories. The bracket is manufactured to exact tolerances, ensuring that it aligns perfectly with the robot's mounting points without the need for modification. This precision fitment reduces mechanical stress on both the robot arm and the wire feeder, prolonging the lifespan of your automation investment.

Choosing genuine Miller accessories for your automation setup guarantees compatibility and performance. This bracket is not just a piece of metal; it is an engineered component of the total welding solution. It allows for optimal positioning of the wire drive, which helps in managing cable slack and reducing drag on the wire. Whether you are setting up a new robotic cell or retrofitting an existing Fanuc 100 or 120iC unit, the Miller 300483 bracket is the professional choice for securing your welding process. Trust in Miller's expertise in welding automation to provide the stability and reliability your production line demands.

Installation is straightforward, designed to get your robot back into production quickly. The bracket accommodates the specific geometry of the specified Fanuc models, ensuring that the wire drive does not interfere with the robot's range of motion. By maintaining a compact profile, it minimizes the risk of collision with fixtures or the workpiece, allowing for greater flexibility in programming and part access.

Additional Information
Brand:Miller
Packaging Description:1 per each
Compatible Models:Fanuc Robot 100, Fanuc Robot 120iC
Product Type:Wire Drive Mounting Bracket
Application:Robotic Welding Automation

INCLUDED

  • 1 x Wire Drive Mounting Bracket for Fanuc Robot 100 & 120iC
  • Installation Hardware (if applicable)

APPLICATIONS

  • Automated MIG/MAG welding cells
  • Robotic fabrication lines using Fanuc 100/120iC arms
  • High-volume industrial manufacturing
  • Automotive parts welding
  • Heavy equipment component fabrication

FAQ

This bracket is specifically designed for Fanuc Robot 100 and Fanuc Robot 120iC models.

It is used to securely mount the wire drive assembly onto the robotic arm, ensuring stable wire feeding during operation.

Yes, this is a genuine Miller Electric OEM part, ensuring perfect compatibility with Miller wire drives and the specified Fanuc robots.

Yes, by providing a rigid mount, it prevents vibration and movement of the feeder, which promotes consistent wire delivery.

No, this bracket is engineered specifically for the bolt patterns and geometry of Fanuc 100 and 120iC robots.

Typically, specific mounting hardware is included, but it is recommended to check the package contents upon arrival as requirements may vary by setup.

Robots move at high speeds; a specific bracket ensures the wire drive stays secure and does not interfere with the robot's range of motion.

It is constructed from durable industrial-grade metal designed to withstand the rigors of a welding environment.