Optical Properties of Zero Phase Reflector

The Zero Phase Reflector is one of the most commonly used optics. Mirrors are used in small laboratory setups, industrial applications, and large optical systems. Mirrors use the principle of reflection to redirect, focus and collect light.

Jun 03,2022

What are the characteristics of UV laser optics lens made of acrylic

PMMA commonly known as acrylic is a transliteration word, and English is ACRYLIC. It is a chemical material. The chemical name is polymethacrylate, and the raw materials of acrylic in the application industry generally appear in the form of particles, sheets, pipes, etc.

May 27,2022

What are the characteristics of UV laser optics lens

What are the characteristics of UV laser optics lens? At present, the materials used in the production of LED lenses in the optical industry are generally optical grade PC and PMMA materials.

May 20,2022

Analysis of Laser Beam Expander Technology

The Laser Beam Expander is designed to expand a parallel input beam to a larger diameter parallel output beam. Laser Beam Expanders are used in applications such as laser scanning, interferometry or telemetry.

May 13,2022

How the quality Beam Expander works

Usually we take the divergence parameter of the beam as the characteristic of a perfect Gaussian laser beam. Divergence refers to the spread of light waves at a certain angle during their spatial propagation.

May 06,2022

Application principle of quality Beam Expander

With the vigorous development of the optical industry, Beam Expander products have gradually covered all walks of life, constantly facing many new fields and new problems.

Apr 29,2022

Beam Expander Theoretical Research and Selection Guide

The Beam Expander expands the diameter of a collimated input beam to a larger collimated output beam. Beam expanders are often used in applications such as laser scanning, interferometry or telemetry.

Apr 22,2022

How are Beam Expander products designed

The main function of conventional Beam Expander products is to use optical lenses to change the spatial shape distribution of the input light spot. For example, changing a small circular light spot into a large circular light spot, modulating a circular light spot into an elliptical light spot

Apr 15,2022

How to choose the right quality Meniscus Znse Lens

Understanding all aspects of performance when choosing a coating quality Meniscus Znse Lens can help maximize the performance of an optical system, and small changes in optical parameters often have a major impact when evaluating performance and cost.

Apr 08,2022

How does the material of Meniscus Znse Lens products affect usage

Optical materials are generally divided into amorphous, crystalline and organic plastics. Different materials have their applicable spectral range and different physical properties (expansion coefficient, density, hardness, etc.).

Apr 01,2022

How does Meniscus Znse Lens choose the application

Among Meniscus Znse Lenses, convex lenses are particularly common and widely used. A convex lens is a lens that is thicker in the center and thinner at the edges.

Mar 25,2022

How to properly handle and clean the fiber laser lens

During the installation and cleaning of the fiber laser lens, any sticky matter, fingerprints or oil droplets will increase the absorption of the lens, thereby reducing the service life, so the following precautions must be taken:

Mar 16,2022

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