How Do an Optical Mirrors Work?
Optical Mirrors Overview
Why Use Optical Mirrors?
Manufacturing Optical Mirrors
Optical Mirrors from BO- GLASS Optics
An optical mirror is an optical device that deposits metal or dielectric thin films on glass, polymeric materials, metal, or other substrates to reflect light to control light in an optical system or change the direction of light. They usually have a highly polished surface. It has important applications in some precision optical systems, such as astronomical instruments, metrology, and spectroscopy. Usually, the reflector works in a certain wavelength range, and the width of the reflectivity presented in this range is called the reflection bandwidth.
BO GLASS provides high-precision optical lenses and provides our customized optical lens solutions according to customer needs. We offer flat optics from 5mm to 600mm, with a wide range of material options. From soda lime glass, fused quartz, and BK7 to metal materials. Depending on the wavelength range you require, we cover specific wavelength ranges from UV to IR.Optical coatings are an important factor affecting the performance of optical mirrors. We offer a variety of coating options, including dielectric coatings, metallic coatings, and some reflective coatings. In addition, we will recommend suitable optical lenses for you based on your actual application. For example, our off-axis parabolic mirrors can effectively focus the light and effectively eliminate receiver shadows. Often used in spectrometers and astronomical applications.
When we choose optical mirrors, we usually need to consider many factors, including the reflectivity of the coating, laser damage, the stability of the coating, the thermal expansion coefficient of the material and the economic cost you consider. BO GLASS can create an optical lens solution for you based on your needs that meets your budget and actual needs.
An optical mirror is an optical device that deposits a metal or dielectric film on a substrate such as glass, polymeric material, or metal to reflect light in a specific way to control light or change the direction of light in some optical systems. They usually have a highly polished surface. It has important applications in some precision optical systems, such as astronomical instruments, metrology, and spectroscopy.
Laser mirrors refer to optical mirrors with high-precision surfaces with low reflection loss and high damage threshold in laser systems. It is widely used in the field of laser beams.
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