Raytools CS-12 Type M16 Double Feeder Wire Fiber Laser Welding Nozzle 1.2 mm Diameter

Product Overview

The Raytools CS-12 Type M16 Double Feeder Wire Fiber Laser Welding Nozzle (1.2 mm Diameter) is engineered for high-precision fiber laser welding processes that require consistent dual-wire feeding and controlled molten pool stability. Designed for industrial laser welding heads, this nozzle supports accurate filler wire delivery while maintaining a focused shielding gas flow around the weld zone. In demanding fabrication environments across India and global manufacturing markets, nozzle geometry plays a critical role in weld quality, spatter control, and repeatable production results.

This 1.2 mm diameter variant is commonly selected for balanced wire feed applications, offering reliable guidance for double feeder configurations used in automated welding systems. Its CS-12 format and M16 thread ensure secure installation and alignment, helping maintenance teams reduce downtime during consumable replacement.

Key Features

• Double feeder nozzle design for controlled dual-wire welding operations
• 1.2 mm precision orifice supports stable filler wire positioning
• M16 threaded interface for secure fitment in compatible laser welding heads
• Optimized shielding gas distribution for cleaner weld seams
• Industrial-grade construction suitable for continuous workshop use

Applications and Industries

• Fiber laser welding workshops handling stainless steel and mild steel fabrication
• Automotive component manufacturing and OEM production lines
• Industrial maintenance and repair operations requiring consistent weld quality

Compatibility

Compatible with Raytools CS-12 welding head assemblies and M16 standard fiber laser welding torch setups, especially systems configured for double wire feeder integration.

Why Buy from SPARESZONE

SPARESZONE supplies application-focused laser welding consumables selected for industrial performance, supporting procurement teams and engineers with reliable components for demanding production environments.