Product Introduction
Introducing our Three-Axis Precision Water-Guided Laser Cutting Machine, specifically engineered for high-precision processing of hard and brittle substances such as SiC, diamond, ceramics, and glass. It is equally effective for metals, composites, and thermally sensitive materials. This system utilizes advanced water-jet guided technology to ensure zero thermal damage, making it a vital tool for high-end manufacturing and research engineering.
Main Application Industries
1
Aerospace Industry
Precision machining for aero-engine blade cooling holes and C/SiC composite components.
2
Semiconductor Industry
Ideal for wafer dicing and micro-hole machining of materials like SiC and GaN.
3
Medical Device Industry
Processing titanium alloy implants with zero thermal damage to maintain biocompatibility.
4
Precision Mold & Tool
Machining cooling grooves in mold steel with 3x higher efficiency than traditional wire cutting.
Core Problems Solved
✔ Thermal Damage: Eliminates oxidation and microcracks; heat-affected zone < 5μm.
✔ Precision Issues: Taper-free processing (angle < 1°) and dimensional tolerance ±5μm.
✔ Material Adaptability: Handles super-hard and brittle materials without delamination.
✔ Efficiency: One-time forming with 2-3x higher speed than traditional lasers.
Service & Support
We provide comprehensive equipment procurement services including installation, commissioning, and maintenance. Additionally, we offer OEM processing services for high-difficulty materials, ensuring precision and efficient delivery for clients without independent equipment.
Frequently Asked Questions
Q1: What materials can the Three-Axis Precision Water-Guided Laser process?
It is designed for hard and brittle materials (SiC, diamond, ceramics, glass), metals, composites, and heat-sensitive materials.
Q2: How does water-guided laser technology prevent thermal damage?
The water jet acts as a cooling guide for the laser, controlling the heat-affected zone within 5μm and eliminating oxidation or carbonization.
Q3: What is the processing precision of this machine?
The system realizes taper-free processing (angle < 1°), minimum slit widths of 30μm, and dimensional tolerances within ±5μm.
Q4: Is the machine suitable for the aerospace industry?
Yes, it is widely used for creating complex cooling holes in aero-engine blades and processing nickel-based superalloy parts.
Q5: Does this machine require post-processing like grinding?
No, the technology allows for "one-time forming" without burrs or thermal deformation, significantly reducing the need for secondary processing.
Q6: Do you offer processing services if we don't buy the machine?
Yes, we provide professional OEM processing services for complex structural workpieces using our advanced in-house equipment.
Stylo Laser
