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Reflector
Reflector
Reflector
Reflector
Reflector
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  • Reflector
  • Reflector
  • Reflector
  • Reflector
  • Reflector

Reflector

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Reflector

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Product Details

The center is thicker than the edge and has a converging effect on the light, so it is also called a converging lens. According to different shapes, convex lenses can be divided into biconvex lenses, plano-convex lenses and meniscus lenses, etc., by refracting light to change its propagation direction, so as to achieve the effect of image magnification, reduction, handstand or upright. The special shape leads to its unique optical properties. When the light passes through the cylindrical mirror, the light will be focused into a straight line or other forms of deformation. This property gives cylindrical lenses significant advantages in changing the size of the image, such as converting a point spot into a line spot, or changing the height of the image without changing the image width.

  • Product Description
    Type Product Diagram Technical Specifications Transmission/Reflection Curve
    Dielectric Film Reflector Surface Finish: 20-10
    Surface Figure: λ/4 @633nm
    Coating: R ≥ 99.8%

    Dielectric reflector films are composed of multiple layers of dielectric materials and have the ability to reflect light within a specific wavelength range. The principle of this reflective film is based on light interference and reflection. By controlling the thickness and refractive index of the thin film, reflection of light at specific wavelengths can be achieved.

    Metal Film Reflector Surface Finish: 60-40
    Surface Figure: λ/8 @633nm
    Coating: R ≥ 80%
    Metal reflective films are usually composed of a single metal layer, which can be plated with gold, silver, aluminum, etc., and have the advantages of high reflectivity and a wide spectral range.
    Right Angle Prism Reflector Surface Finish: 40-20
    Surface Aperture: λ/4
    Coating: R ≥ 99%
    A dielectric or metal film layer can be coated on the inclined surface of a right-angle prism, which can be used for reflection of light sources incident at 0° or 45°, and is suitable for both S-polarized and P-polarized light.
    Corner Cube Surface Finish: 40-20
    Reflected Beam Deviation: 10 seconds
    Coating: R<0.25%
    A corner cube can reflect all incident light back to the original direction of incidence. It can be used as a reflector (mirror) for laser distance meters.
    Concave Reflector Surface Finish: 40-20
    Surface Aperture: N-3;△ N-0.5
    @633nm
    Coating: R ≥ 99%
    Concave reflectors are suitable for a variety of light-gathering, imaging, and focusing applications. These reflective optical components do not produce chromatic aberration during light-gathering, making them especially suitable for broadband light sources.

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