Raytools D32 High Speed Single Layer Non-Coated Fiber Laser Cutting Nozzle 2.5 mm Diameter

Product Overview

Raytools D32 High Speed Single Layer Non-Coated Fiber Laser Cutting Nozzle with 2.5 mm diameter is designed for stable and efficient fiber laser cutting operations involving thicker materials. The larger nozzle diameter supports higher assist gas flow, helping improve slag removal and maintain consistent cutting performance during demanding industrial applications.

The single layer non-coated construction makes this nozzle suitable for general purpose cutting where durability, dimensional accuracy, and reliable performance are required for continuous production use.

Key Features

• D32 standard size for proper alignment with compatible cutting heads
• Single layer design suitable for high speed and heavy duty cutting operations
• 2.5 mm nozzle diameter for enhanced assist gas flow
• Non-coated surface for general purpose industrial laser cutting
• Consistent geometry supports stable and repeatable cutting quality

Applications and Industries

This fiber laser cutting nozzle is commonly used in:

• Heavy sheet metal fabrication units
• Industrial laser cutting workshops
• OEM manufacturing facilities
• Metal processing and fabrication plants
• Automotive, machinery, and general engineering industries

Compatibility

This nozzle is compatible with fiber laser cutting machines that use Raytools D32 standard cutting heads. It is suitable for systems designed to accept D32 nozzle interfaces. Always verify nozzle size selection according to machine specifications, material thickness, and cutting requirements before installation.

Why Buy from SPARESZONE

SPARESZONE supplies industrial laser consumables selected for dimensional accuracy and consistent operational performance. Products are sourced to meet the requirements of factories, maintenance teams, and laser cutting workshops. Buyers can rely on SPARESZONE for dependable laser cutting spares that support stable production, cutting quality, and equipment reliability.