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Dichroic Longpass Filter Φ12.5mm Reflection Wavelength:370~400nm Transmission Wavelength:440~1200nm
Dichroic filters are designed for a 45° angle of incidence, which separate the reflection and transmission bands in space, and make it widely used in various optical systems and laboratory optical path.
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Wedge Prisms Φ25.0mm 1°3′0″
The wedge angle and rear AR coating of the wedge prism can reduce the interference of the ghost image.
High precision substrates can ensure the reflection and transmission wavefront error.
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Plano-Concave Cylindrical Mirror Φ12.5mm F=12.5mm Uncoated H-K9L optical glass
Cylindrical mirrors have a positive focal length and can focus incident light. They are suitable for light focusing applications. Image Optics provides uncoated and coated cylindrical mirrors.
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Off-Axis Mirrors Φ25.4 mm Protected Gold 6061-T6
The surface roughness of these off-axis parabolic mirrors is 50Å and 100Å respectively, which can effectively reduce the scattering of light in applications.
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Economical Beam Splitter Φ12.5×1.1mm 30R/70T VIS B270
The front surface of the plate beamsplitters are coated with beamsplitting coating, and the rear surface is usually coated with AR coating to reduce the interference of beams and ghosting.
The plate beamsplitters are lightweight and economical in price
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Optical Windows Φ10.0mm Thickness=2.0mm λ/10 Uncoated H-K9L optical glass
Optical Windows are flat plane-parallel plates, which are often used to protect electronic sensors or detectors without blocking optical transmission.
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Corner Prism Φ10.0mm H=9.0mm UnSilver Coated H-K9L Optical Glass
CoatedRetroreflectors are ideal for alignment to return incident light back to the light source.
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Cubic Reference Prism
Its adjacent faces is 2~5 seconds, and there are 3-5 adjacent faces AR coated and cross reticle
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High quality UV Metal coated Neutral Density (ND) Filter
Neutral Density (ND) Filters are often used in imaging systems and laser systems to avoid the damage to camera sensors or other optical components by high power light.
ND Filters are designed to reduce transmission of partial light evenly either by absorbing or reflecting the light.
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The narrow band filter optical lenses
The so-called narrow-band filter is subdivided from the band-pass filter, and its definition is the same as that of the band-pass filter, that is, the filter allows the optical signal to pass through in a specific wavelength band, and deviates from the band-pass filter. The optical signals on both sides are blocked, and the passband of the narrowband filter is relatively narrow, generally less than 5% of the central wavelength value.
The main function of the narrow-band filter is to pass light of a specific wavelength and reflect (or attenuate) optical components of light of other wavelengths. The half-wave width is usually controlled at 20nm or less, and can be used in ultraviolet, visible light, near-infrared wavelengths, and far-infrared bands. Our company’s narrow-band filters are formed by high-vacuum evaporation of multi-layer hard films and ion-assisted deposition of nanomaterials. Good compactness and high imaging definition.
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High Performance Narrow Band Bandpass Filter
High transmittance (Tmax> 90%),
Deep cut-off depth (ODmax> 6), etc., which are widely used in microscopic imaging, spectroscopy, biochemical analysis instruments.
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Domestic Bandpass Filters
Bandpass Filters are ideal for many applications, such as spectroscopy, clinical chemistry, or imaging.
Grand Unified Optics provides a variety of half-bandwidth bandpass interference filter with a variety of
transmission and sizes to suit your application.
