Optical Mirrors

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Optical Mirrors
CLZ Precision Optics provide Precision Grade Optical Mirrors, the optical mirror various substrates including N-BK7, low expansion borosilicate glass or fused silica. The polishing can be meet λ/10.
We can manufacturing a variety of reflective coatings from custom optical coatings available upon request. And we can provide custom made holes on an optical mirrors to meet your requirements, we can do machined hole with no cracks on the inner edge of the hole.

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How do fiber lasers work?

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  Fiber laser is a device that uses rare-earth-doped fiber as the gain medium to generate laser output. Fiber lasers can be developed on the basis of fiber amplifiers. Because the fiber cores of fiber lasers are very thin, under the action of pump light, the internal power density of the fiber is high, which makes the laser energy level appear "population inversion" phenomenon. On this basis, a resonant cavity is formed into a positive feedback loop to form a laser oscillation at the output. The structure of fiber lasers is similar to traditional solid-state laser and gas laser, mainly composed of three parts: pump source, gain fiber, and reson ant cavity. Among them, the pump source is generally a high-power semiconductor laser, which is used as external energy to make the gain medium achieve population inversion. The gain fiber is a glass fiber doped with rare earth elements, which is a gain medium used to generate photons. The resonant cavity is generally composed of two m...
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What is the Difference Between Spherical Lens and Aspheric Lens?

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  As a   Spherical Lenses Manufacturer , share with you. It is simple and relatively inexpensive to manufacture a lens whose surface is part of a plane or part of a sphere. Such a lens cannot focus light well; the lack of focus is spherical aberration. Spherical aberration is particularly prominent in large, fast (bright) lenses. This lack of concentration is manifested in various forms of ambiguity. This problem can be corrected by placing other lenses in front of and behind the lens. It can also be corrected by changing the shape of the lens surface (making them aspherical), but this tends to be more difficult and expensive. The aspherical is not. Custom Silicon Spherical Lenses When other lens elements are added as corrections, they increase the amount of glare and reduce the contrast of the photo, and increase the size and weight of the lens. They may also change color slightly. Therefore, an aspheric element usually signals that the lens is finished to produce a contrasti...
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Application of lens in magnifying glass and reading glasses

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　　 Plano-Concave Lenses  is also known as a negative-lens lens. The lens is thin in the middle and thick at the edges. It is also called a concave lens. The concave lens has a diverging effect on the light and can be used as a myopia mirror or an astigmatism mirror. Plano-Concave Lenses 　　The convex lens is made according to the principle of light refraction. The convex lens is a lens with a thick center and a thinner edge. The convex lens is divided into a double convex shape, a  Plano-Convex Lenses  and a concave-convex (or a positive meniscus). The convex lens has a converging light effect, so it is also called a converging lens, and a thick convex lens has a telescopic and converging effect, which is related to the lens. Thickness related, you can do magnifying glass, reading glasses. 　　These features of the lenticular mirror also determine its application in magnifying glasses and reading glasses. 　　We know that the lenticular lens includes a convex lens a...
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