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Laser Mirror

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Laser Mirror Specification

Usage & Applications
Laser cutting, marking, engraving, and welding machines

Power
Handles up to 500W CO2 laser power

Working Area
Not Applicable (Installed in laser optical path)

Technology
Advanced multi-layer coating technology

Phase
Not Applicable (Optical Component)

Product Type
Laser Mirror

Laser Type
Reflective Laser Mirror

Material
Fused Silica Substrate, Mo/Si Coating

Cutting Thickness
Depends on laser source and focus (typically up to 25mm for CO2 lasers)

Cutting Area
Not Applicable (Mirror used in laser equipment)

Cutting Speed
Dependent on laser system specifications

CNC Or Not
Yes

Computerized
Yes

Automatic Grade
Automatic

Cooling Mode
Air Cooling

Control Software
Compatible with standard laser control systems

Graphic Format Supported
BMP, PLT, DXF, AI, etc.

Control System
CNC compatible

Voltage
Not Applicable (Passive Optical Component)

Weight (kg)
Typically 0.05 - 0.5 kg (based on diameter and thickness)

Dimension (L*W*H)
Standard diameters: 20mm, 25mm, 30mm; Thickness: 2mm-4mm

Capacity
High Reflectivity (>99.5% at 10.6m)

Feature
High damage threshold, low absorption, precision polished

Color
Silver/Gold reflective coating

Operating Temperature
-20C to +80C

Coating Type
Dielectric or Metal Coating

Laser Compatibility
CO2, Fiber, and other industrial lasers (check specific wavelength)

Packaging
Shock-proof and dust-free packing

Mounting Type
Standard mount compatible

Reflectivity
>99.5% at design wavelength

Wavelength Range
10.6m (CO2 lasers) or 1064nm (YAG lasers, if specified)

Resistance
High thermal and mechanical resistance

Flatness
/10 at 633nm

Angle of Incidence
0-45 (depending on design)

Optical Surface Quality
10/5 Scratch-Dig

About Laser Mirror

As per the vast requirement in our industrial field, we are manufacturing and exporting an extensive range of Laser Mirror. By utilizing premium quality materials, these mirrors are appropriately manufactured under the guidance of our experts at our well equipped production unit. This mirror is applicable with several machines and devices for numerous industrial applications. Also, used as a decorative item in commercial or residential places. We make available this Laser Mirror to our valuable clients in several thickness and dimensions at pocket friendly prices.

Laser Mirror is manufactured using premium quality of materials such as aluminum, molybdenum, stainless steel or nickel depending upon the requirement of the optical component. It is used to direct, focus or deliver the laser beam to a specified area. This mirror is used in different laser cutting and engraving machines. It is available as internal and external mirrors used for different purposes. They are available in different shapes and dimensions intended for different operations.

Features:

Excellent transparency
Easy to install
Crack proof

Precision Optical Performance

Our laser mirror delivers superior optical performance, featuring flatness of /10 at 633nm and 10/5 scratch-dig surface quality. This guarantees minimal wavefront distortion and exceptional durability, making it suitable for demanding industrial laser applications where consistency and precision are paramount.

Exceptional Reflectivity and Durability

Engineered with advanced dielectric or metal coatings, this mirror achieves over 99.5% reflectivity at the design wavelength. It withstands high-power lasers, up to 500W for CO2, and boasts high thermal and mechanical resistance, making it robust for continuous industrial operations.

Easy Integration and Versatility

Designed for standard mounting and compatible with industry-standard control software and CNC systems, the mirror seamlessly fits into existing laser setups. Its compatibility with a range of graphic formats and automatic, computerized operation supports efficient workflow and flexibility in laser cutting, marking, and engraving.

FAQs of Laser Mirror:

Q: How do I install the Laser Mirror into my laser system?

A: The laser mirror is designed for easy installation using standard mounts compatible with most industrial laser systems. Ensure the mounting surface is clean, handle the mirror with gloves, and securely fasten the mount for precise alignment in the optical path.

Q: What is the benefit of the 10/5 Scratch-Dig surface quality and /10 flatness?

A: A 10/5 scratch-dig rating and /10 flatness ensure minimal optical distortion, superior reflectivity, and enhanced performance. This quality maintains beam integrity and focus, crucial for applications like laser cutting, welding, marking, and engraving.

Q: When should I choose a dielectric vs. a metal-coated laser mirror?

A: Dielectric coatings provide high reflectivity and damage threshold at specific wavelengths, ideal for CO2 and YAG lasers, while metal coatings offer broader wavelength reflectivity. Choose based on your lasers wavelength and operating conditions for optimal performance.

Q: What laser types and wavelengths is this mirror compatible with?

A: The mirror is compatible with CO2 (10.6m), YAG (1064nm), and most industrial lasers if the specified wavelength aligns. Check your lasers wavelength and power requirements to ensure correct compatibility before installation.

Q: Where are these laser mirrors typically used?

A: These mirrors are primarily used in laser cutting, marking, engraving, and welding machines across industrial sectors. Their precision makes them suitable for high-power laser applications demanding reliable performance and longevity.

Q: How does the shock-proof and dust-free packaging benefit the product?

A: Shock-proof, dust-free packaging protects the mirror from contamination and mechanical damage during transport and storage. This ensures the mirror maintains its high optical quality when installed, reducing maintenance and replacement frequency.

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