Raytools ES-12 Type M16 Single Feeder Wire Fiber Laser Welding Nozzle 1.2 mm Diameter

Product Overview

Raytools ES-12 Type M16 Single Feeder Wire Fiber Laser Welding Nozzle with 1.2 mm diameter is designed for controlled and accurate wire feeding in fiber laser welding applications. The nozzle supports stable wire positioning and smooth material transfer to the weld zone, helping maintain consistent welding quality in industrial production environments.

The ES-12 type design with M16 threading ensures proper fitment with compatible laser welding heads. This nozzle is commonly used in wire-fed laser welding processes where precision, repeatability, and process stability are required for continuous operation.

Key Features

• ES-12 type nozzle design for fiber laser wire welding applications
• M16 thread for secure and accurate installation
• Single feeder wire configuration for controlled wire delivery
• 1.2 mm diameter suitable for standard wire welding processes
• Supports stable welding performance in industrial environments

Applications and Industries

Raytools ES-12 single feeder wire laser welding nozzles are widely used in:

• Industrial fiber laser welding workshops
• Sheet metal and fabrication units
• OEM manufacturing and assembly lines
• Automotive and component manufacturing
• General engineering and metal processing industries

Compatibility

This nozzle is compatible with fiber laser welding systems that use Raytools ES-12 type welding heads with M16 interface. Selection of nozzle diameter should be based on wire size, welding parameters, and material requirements to achieve optimal weld quality.

Why Buy from SPARESZONE

SPARESZONE supplies industrial laser welding consumables selected for dimensional accuracy and dependable operational performance. Products are sourced to support the requirements of factory operators, maintenance engineers, and laser welding workshops. Buyers can rely on SPARESZONE for reliable laser welding nozzles that contribute to stable weld quality and production efficiency.