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14501025 - Tweco Robotic Wire Conduit Liner .035-.045

Packaging: pack of 1
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$52.55/EA $36.06/pack of 1 only $36.06/EASave 31%

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SKU: TWE1450-1025 Categories: ,

OVERVIEW

Precision Wire Delivery for Automated Welding

The Tweco 1450-1025 Robotic Conduit Assembly is a critical component designed to meet the demanding requirements of modern automated welding cells. In robotic applications, where precision and repeatability are paramount, the integrity of the wire feeding system can determine the overall efficiency of the production line. This conduit is engineered to provide a low-friction path for welding wire, specifically optimized for diameters ranging from .035" to .045" (0.9mm to 1.2mm). By minimizing drag and resistance, it ensures that the wire feeder operates at peak efficiency, delivering a consistent deposition rate that is essential for high-quality automated welds.

Constructed with high-grade materials, the Tweco robotic conduit offers exceptional durability against the mechanical stresses imposed by robotic arm articulation. The outer jacket is resistant to abrasion, cuts, and environmental contaminants common in industrial settings, while the inner liner maintains its structural integrity over extended duty cycles. This robust design helps prevent common feeding issues such as bird-nesting, chatter, and arc instability, which are often caused by inferior or worn-out liners. For facility managers and procurement specialists, investing in genuine Tweco consumables like the 1450-1025 means reduced maintenance intervals and lower total cost of ownership.

Compatibility is key in MRO operations, and this conduit is designed to integrate seamlessly with Tweco robotic MIG guns and systems. Its precise manufacturing tolerances ensure a secure fit, preventing gas leaks or misalignment that could compromise weld quality. Whether used in automotive manufacturing, heavy fabrication, or general industrial automation, this conduit supports continuous, high-speed welding processes. Ensure your robotic cells remain operational and efficient by replacing worn conduits with this OEM-quality solution.

Additional Information
Item:Conduit, Liner
Wire Size:0.035/0.045
Weld Process:MIG
Fits Which Model:Tweco Robotic Guns
Product Type:Robotic Conduit Assembly
Application:Automation, Robotic Welding
Wire Compatibility:Flux Cored Wire, Solid Wire
Part Number:1450-1025
----- new values below ----
Product Type:Robotic Conduit Assembly
Application:Robotic Welding, Automation
Wire Compatibility:Solid Wire, Flux Cored Wire
Part Number:1450-1025
brand:Tweco
item:Liner, Conduit
wire-size:0.035/0.045
weld-process:MIG
fits-which-model:Tweco Robotic Guns

INCLUDED

  • 1 x Tweco Robotic Conduit Assembly (1450-1025)
  • Installation Instructions

APPLICATIONS

  • Automated automotive manufacturing
  • Robotic structural steel fabrication
  • High-volume production welding cells
  • General industrial automation
  • Heavy equipment manufacturing

FAQ

The Tweco 1450-1025 conduit is designed for use with wire diameters ranging from .035" to .045" (0.9mm to 1.2mm).

Yes, this is specifically a 'Robotic' conduit assembly, engineered to withstand the repetitive motion and articulation of robotic welding arms.

Replace the conduit if you experience erratic wire feeding, arc instability, or if you notice physical damage/kinking to the liner during inspection.

While it may physically fit, aluminum wire typically requires a polymer or Teflon liner to prevent shaving. This conduit is likely a steel spiral liner best suited for steel or flux-cored wires. Check specific material compatibility.

Typically, the 1450-1025 refers to the conduit assembly. Please verify if specific end fittings or collets are required for your specific feeder model.

This is a genuine Tweco product, ensuring compatibility with Tweco robotic MIG guns.

It is designed for robotic systems which often have different lengths and mounting requirements than manual guns. It is recommended to use standard liners for manual guns.

A worn conduit increases friction, causing the wire to slip at the drive rolls or surge at the tip, leading to uneven bead appearance, burn-backs, and potential porosity.