High Quality Precision Optics

Products Manufacturer and

Supplier

Founded in 2001 by optics manufacturing experts, Lecin Optics has been a leading manufacturer and global supplier of optical components to various industries. We have been exclusively serving the optical markets all over the world. Lecin Optics has a group of senior R&D team with rich practical experience, and a group of skilled optical operation workers. We specialize in manufacture of custom optics for many applications. Various kinds of optical components such as optical prisms, optical filters, beam splitters, optical mirrors, Aspheric Lenses and optical windows, etc., can be manufactured according to customer's need.

Dielectric Mirrors

What is Dielectric Mirrors?A dielectric mirror, also known as a Bragg mirror, is a

type of mirror composed of multiple thin layers of dielectric material, typically deposited on a substrate of glass or some other optical material. By careful choice of the type and thickness of the dielectric layers, one can design an optical coating with specified reflectivity at different wavelengths of light. Dielectric mirrors are also used to produce ultra-high reflectivity mirrors: values of 99.999% or better over a narrow range of wavelengths can be produced using special techniques. Alternatively, they can be made to reflect a broad spectrum of light, such as the entire visible range or the spectrum of the Ti-sapphire laser.

Broadband JGS1 reflective dielectric mirrors LCDM1058

Broadband Dielectric Mirrors Right Angle LCDM1059

Broadband Dielectric Mirrors λ/10 First Surface

LCDM1060

Single Wavelength High Reflection Dielectric Mirrors

LCDM1061

Dual Wavelength High Reflection Dielectric Mirrors

LCDM1062

Broadband Laser Reflective Mirrors LCDM1063

Many Types of Dielectric Mirrors

How Do You Choose The Best Dielectric Mirrors?

Mirrors are an essential tool in any laser system as they are used for beam steering and sampling or for delivery of pump and alignment lasers. A high-performance mirror needs to have low scatter, high efficiency and excellent durability. Often in conjunction with high laser damage threshold, Dielectric Mirrors make their way to be the best quality mirrors. Choosing a mirror requires first identifying the wavelength and bandwidth required at which point more than one type of coating may be offered.

Keep In Mind These Pointers While Buying Dielectric

Mirrors: This is typically made with one of the few materials with suitable optical properties like silver, gold, aluminum or chrome.

In the design of dielectric glasses, an optical transfer-matrix method can be used. These mirror coatings are ideal for applications that require maximum reflection over a specific wavelength region.

The method is to apply the amount of the metal to achieve the amount of reflection required for the mirror and it is used for creating Dielectric mirrors. Typically done using alternating layers of a conductive material like ZrO2, TiO2, Ta2O3 or HfO2, it also uses an insulator such as SiO2 or MgF2.

If you are not a big fan of wearing eye glasses but had to wear glasses, remember to choose dielectric mirrors which has cool frames.

These mirrors are made of dielectric material which can shield your eyes from all the dust and sun and at the same time work the specialize treatment you are going through too. These are based on the interference of light reflected from the different layers of dielectric stack.

Simple dielectric glasses functions with one-dimensional photonic crystals, consisting stack of layers with a high refractive index interleaved with layers of a low refractive index.

When a metal mirror is made, a thin layer of SiO2 is typically applied to it so that the antifouling compound can permanently bond to the coating. This gives the appearance that the coating is a dielectric.

Dielectric coatings in mirrors are manufactured below 60°C for direct deposition onto fiber optic devices. These offer fibers ends, laser diodes, rod lenses, laser bars and other temperature sensitive components.

Simple dielectric mirrors functions with one-dimensional photonic crystals, consisting stack of layers with a high refractive index interleaved with layers of a low refractive index.

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