WSX Laser Ceramic Cone D28mm

Product Overview

Crafted from high-density alumina ceramic (95% purity), this cone features a precise 28mm diameter and 12mm thickness, designed to maintain dimensional stability in laser systems ranging from 300W to 4KW. Its robust construction serves as both a thermal insulator and electrical barrier, protecting sensitive optical components from heat damage during prolonged operation. Specifically optimized for WSX NC60 and Ospri laser heads, it also fits select hybrid systems, making it a versatile solution for medium-intensity laser processing .

Product Features

Exceptional Heat Resistance: The alumina ceramic material withstands continuous operating temperatures up to 550°C (1022°F) without deformation, outperforming standard ceramic cones by 10% .

Tight Dimensional Tolerances: Machined to ±0.03mm precision, ensuring proper alignment with laser head components and minimizing airflow disruption around the beam path.

Enhanced Wear Resistance: The smooth ceramic surface resists adhesion from metal splatters, reducing maintenance frequency and extending service life to approximately 8,000 operational hours .

Electrical Insulation: Provides a dielectric strength of 20KV/mm, preventing electrical arcing between conductive components in the laser head assembly.

Product Applications

This ceramic cone finds critical applications in medium-power laser processing:

Electronics Manufacturing: Supports precision cutting of copper and aluminum foils (0.1–1mm) for battery components and circuit boards.

Metal Fabrication: Integral to WSX laser systems processing 2–6mm mild steel and 1–4mm stainless steel in job shops.

Automotive Components: Used in cutting thin-gauge metal parts for fuel injectors and sensor housings.

Signage Production: Enables clean cutting of aluminum sheets up to 3mm for custom signage and decorative elements.

FAQ

Q: Is this cone compatible with 6KW laser systems?

A: No, it is optimized for 300W–4KW systems. For 6KW applications, use WSX’s larger D35mm ceramic cone rated for higher thermal loads.

Q: What causes premature failure?

A: Inadequate cooling or cutting reflective materials (e.g., brass) without proper parameters can cause thermal shock. Ensure coolant flow rates exceed 2L/min .

Q: Can it be cleaned after splatter contamination?

A: Yes, gently remove debris with a soft brush and isopropyl alcohol. Avoid abrasive tools that could damage the ceramic surface.