Optical Elements

Plano Convex Cylindrical Lens Processing Capacity Capable to realize the complete processes in optical design, instrument design, component high-precision molding, planar processing, spherical processing, aspheric processing, coating, etc. Applications Photoelectric information; aerospace; new energy; nuclear power and nuclear energy equipment and other fields. Performance ● The plano-convex cylindrical lens forms a linear image and is used to control the size of the beam in

Plano Concave Lens Processing Capacity Capable to realize the complete processes in optical design, instrument design, component high-precision molding, planar processing, spherical processing, aspheric processing, coating, etc. Applications Photoelectric information; aerospace; new energy; nuclear power and nuclear energy equipment and other fields. Performance ● The plano-concave lens has a negative focal length and is used to diverge a beam of parallel light. The anti

Plano Concave Cylindrical Lens Processing Capacity Capable to realize the complete processes in optical design, instrument design, component high-precision molding, planar processing, spherical processing, aspheric processing, coating, etc. Applications Photoelectric information; aerospace; new energy; nuclear power and nuclear energy equipment and other fields. Performance ● The plano-concave cylindrical lens forms a diverging linear virtual image and is used to control the

VR Virtual Reality Equipment Aspheric Mirror, Lens Assembly Processing Capacity Capable to realize the complete processes in optical design, instrument design, component high-precision molding, planar processing, spherical processing, aspheric processing, coating, etc. Applications Photoelectric information; aerospace; new energy; nuclear power and nuclear energy equipment and other fields. Performance ● The design of two-sided aspheric surface is adopted to reduce the off

Aspherical collecting lens Processing Capacity Capable to realize the complete processes in optical design, instrument design, component high-precision molding, planar processing, spherical processing, aspheric processing, coating, etc. Applications Photoelectric information; aerospace; new energy; nuclear power and nuclear energy equipment and other fields. Performance ● Aspherical collecting lens is a single lens for converging light. The curvature radiuses of one of the

ZnSe Zinc Selenid Window Processing Capacity Capable to realize the complete processes in optical design, instrument design, component high-precision molding, planar processing, spherical processing, aspheric processing, coating, etc. Applications Photoelectric information; aerospace; new energy; nuclear power and nuclear energy equipment and other fields. Performance ● ZnSe is a chemically inert material, which has the characteristics of high purity, strong environmental

LiF Lithium Fluoride Window Processing Capacity Capable to realize the complete processes in optical design, instrument design, component high-precision molding, planar processing, spherical processing, aspheric processing, coating, etc. Applications Photoelectric information; aerospace; new energy; nuclear power and nuclear energy equipment and other fields. Performance ● As a transparent physical barrier, the window allows light to enter from one environment to a different

Ge Germaniu Window Processing Capacity Capable to realize the complete processes in optical design, instrument design, component high-precision molding, planar processing, spherical processing, aspheric processing, coating, etc. Applications Photoelectric information; aerospace; new energy; nuclear power and nuclear energy equipment and other fields. Performance ● Germanium (Ge) monocrystal is a chemically inert material and a common IR optical material. It has the characteri

Biconcave Lens Processing Capacity Capable to realize the complete processes in optical design, instrument design, component high-precision molding, planar processing, spherical processing, aspheric processing, coating, etc. Applications Photoelectric information; aerospace; new energy; nuclear power and nuclear energy equipment and other fields. Performance ● The biconcave lens has a negative focal length and is used to diverge a beam of parallel light. The anti-reflective

Spectroscope Processing Capacity Capable to realize the complete processes in optical design, instrument design, component high-precision molding, planar processing, spherical processing, aspheric processing, coating, etc. Applications Photoelectric information; aerospace; new energy; nuclear power and nuclear energy equipment and other fields. Performance ● Spectroscope is an optical element that divides the incident light into two different beams at a specified ratio.

Window Processing Capacity Capable to realize the complete processes in optical design, instrument design, component high-precision molding, planar processing, spherical processing, aspheric processing, coating, etc. Applications Photoelectric information; aerospace; new energy; nuclear power and nuclear energy equipment and other fields. Performance ● As a transparent physical barrier, the window allows light to enter from one environment to a different one, such as

Dome Cover, Window, Reflector, Spectroscope, Prism, Lens, Filter, Parabolic mirror, Grinding of metal parts, etc. Processing Capacity Capable to realize the complete processes in optical design, instrument design, component high-precision molding, planar processing, spherical processing, aspheric processing, coating, etc. Applications Photoelectric information, Aerospace, New energy, Nuclear power equipment, etc. Features Products Dome Cover, Window, Reflector, Spectroscope,

Customized window Processing Capacity Capable to realize the complete processes in optical design, instrument design, component high-precision molding, planar processing, spherical processing, aspheric processing, coating, etc. Applications Photoelectric information; aerospace; new energy; nuclear power and nuclear energy equipment and other fields. Performance ● Windows of various shapes and special materials can be processed according to the materials specified by customers

Biconvex Lens Processing Capacity Capable to realize the complete processes in optical design, instrument design, component high-precision molding, planar processing, spherical processing, aspheric processing, coating, etc. Applications Photoelectric information; aerospace; new energy; nuclear power and nuclear energy equipment and other fields. Performance ● The biconvex lens is mainly used to converge lights from point light sources or to transmit images to other optical

Emented Lens Processing Capacity Capable to realize the complete processes in optical design, instrument design, component high-precision molding, planar processing, spherical processing, aspheric processing, coating, etc. Applications Photoelectric information; aerospace; new energy; nuclear power and nuclear energy equipment and other fields. Performance ● Emented lens is an achromatic lens formed by splicing the low dispersion plus lens and minus lens. Different dispersion

Silicon Mirror Processing Capacity Capable to realize the complete processes in optical design, instrument design, component high-precision molding, planar processing, spherical processing, aspheric processing, coating, etc. Applications Photoelectric information; aerospace; new energy; nuclear power and nuclear energy equipment and other fields. Performance ● The material is silicon, which can be used in the wavelength region below 6μm with good internal transmittance. ● The

H-K9L (N-BK7) Window Processing Capacity Capable to realize the complete processes in optical design, instrument design, component high-precision molding, planar processing, spherical processing, aspheric processing, coating, etc. Applications Photoelectric information; aerospace; new energy; nuclear power and nuclear energy equipment and other fields. Performance ● Both sides of the window are precisely polished. It is the same product as the optical plate with λ/20 surface

Semi Reflector Processing Capacity Capable to realize the complete processes in optical design, instrument design, component high-precision molding, planar processing, spherical processing, aspheric processing, coating, etc. Applications Photoelectric information; aerospace; new energy; nuclear power and nuclear energy equipment and other fields. Performance ● It is a semi-reflector formed by coating dielectric multilayer film on the surface of parallel substrate or wedge

Gold Film Reflector Processing Capacity Capable to realize the complete processes in optical design, instrument design, component high-precision molding, planar processing, spherical processing, aspheric processing, coating, etc. Applications Photoelectric information; aerospace; new energy; nuclear power and nuclear energy equipment and other fields. Performance ● Over a wide range of IR wavelengths, the gilded total reflector has high reflectivity. ● A very thin layer of

Aluminum Film Reflector Processing Capacity Capable to realize the complete processes in optical design, instrument design, component high-precision molding, planar processing, spherical processing, aspheric processing, coating, etc. Applications Photoelectric information; aerospace; new energy; nuclear power and nuclear energy equipment and other fields. Performance ● Total reflector is made of a flat substrate coated with one layer of silver film on the surface by vacuum