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Red Transmitting Green Reflecting +AR Dichroic Mirror
AR/VR

Red Transmitting Green Reflecting +AR Dichroic Mirror

Supplier
Giaitech
Part Number
RGB
Category
AR/VR
Origin
China

Red Transmitting Green Reflecting +AR Dichroic Mirror is A high-performance optical spectrometer. / Photocolumn 。 It uses multilayered film interferometry. ， Efficiently transceiving red light and reflecting green light ， Accurate Wavelength Separation ， Additional Antireflection Coating I've further refined my performance. ， Maximum Limited increase in red light permeability and decrease in harmful dispersive reflections 。 The core advantage is efficiency. 、 Low absorption 、 High Damage Threshold And steep. Cutoff Side ， It's a light-light. 、 Fluent cell technique 、 Laser Key optical components indispensable in fields such as technology 。 Additional feature ： Antireflection Coating (Anti-ReflectionCoating-ARCoating) 1. Principles of operation ： is. Optical Component Surface coated with one or more thin film ， Use film interference to reduce specific Wavelength Non-expected reflections of the range light on the surface 。 2. Dichroic Mirror It has multi-layered structure. ， But to optimize it ， Usually on the surface of their non-working. （ That's not true. is The side that is mainly used to reflect or to see. ） Plating AR Membrane 。 Main purpose ： The light is down on the trans-radio path. （ That's red light through. Optical Element Time ） Or surface reflection loss on non-target reflector path 。 Effects ： “ Red Transmitting Green Reflecting +AR Dichroic Mirror ” and advantages of the 2. Low absorption ： & Based Dye Absorption type Optical Filter Different. ， Dichroic Mirror It's mostly the light that's not needed for the reflection of the intervention principle. ， Without is Take it. 。 Which means... ： Small heat. ： Especially suitable for use High Power Light Source （ Like Laser ） Application ， Avoiding damage to components or reduced performance due to absorption of heat 。 3. High Damage Threshold ： Because of the low absorption properties ， It can withstand higher light density. 。 4. Steep Transition Edge ： High quality. Dichroic Mirror It can be at the intersection of red and green. Wavelength It's a very steep ejection. / Reflectance Change Curve ， Achieving more precise Wavelength Separation 。 5.AR Increased effect of the film ： Reduce the dispersing light ： Reduce non-working reflections ， It helps to contain background noise. ， Increase the noise ratio to image or detect 。 Improving system efficiency ： Overall ，AR The film makes the energy of the spectrometer more efficient. 。

Specification Snapshot
Material
Optical Glass
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Overview

Red Transmitting Green Reflecting +AR Dichroic Mirror is A high-performance optical spectrometer. / Photocolumn 。 It uses multilayered film interferometry. ， Efficiently transceiving red light and reflecting green light ， Accurate Wavelength Separation ， Additional Antireflection Coating I've further refined my performance. ， Maximum Limited increase in red light permeability and decrease in harmful dispersive reflections 。 The core advantage is efficiency. 、 Low absorption 、 High Damage Threshold And steep. Cutoff Side ， It's a light-light. 、 Fluent cell technique 、 Laser Key optical components indispensable in fields such as technology 。 Additional feature ： Antireflection Coating (Anti-ReflectionCoating-ARCoating) 1. Principles of operation ： is. Optical Component Surface coated with one or more thin film ， Use film interference to reduce specific Wavelength Non-expected reflections of the range light on the surface 。 2. Dichroic Mirror It has multi-layered structure. ， But to optimize it ， Usually on the surface of their non-working. （ That's not true. is The side that is mainly used to reflect or to see. ） Plating AR Membrane 。 Main purpose ： The light is down on the trans-radio path. （ That's red light through. Optical Element Time ） Or surface reflection loss on non-target reflector path 。 Effects ： “ Red Transmitting Green Reflecting +AR Dichroic Mirror ” and advantages of the 2. Low absorption ： & Based Dye Absorption type Optical Filter Different. ， Dichroic Mirror It's mostly the light that's not needed for the reflection of the intervention principle. ， Without is Take it. 。 Which means... ： Small heat. ： Especially suitable for use High Power Light Source （ Like Laser ） Application ， Avoiding damage to components or reduced performance due to absorption of heat 。 3. High Damage Threshold ： Because of the low absorption properties ， It can withstand higher light density. 。 4. Steep Transition Edge ： High quality. Dichroic Mirror It can be at the intersection of red and green. Wavelength It's a very steep ejection. / Reflectance Change Curve ， Achieving more precise Wavelength Separation 。 5.AR Increased effect of the film ： Reduce the dispersing light ： Reduce non-working reflections ， It helps to contain background noise. ， Increase the noise ratio to image or detect 。 Improving system efficiency ： Overall ，AR The film makes the energy of the spectrometer more efficient. 。

Specifications

ParameterValue
For the passage through the red light.AR The film has significantly reduced the red light entering and leaving. Optical Element Glass Surface reflection wear and tear at base plate ， And it's increasing the overall penetration of red light. 。
For the channel that reflects the green lightAR The film is usually plating in Optical Element The back （ Relative to reflect face ）， This is for the green light reflection. Yes “ Non-working ” Noodles. 。AR The film can reduce the incidence on this back. 、 Reaction to green light None The dispersive reflections. ， It helps improve the system's contrast and the noise ratio 。
1. Efficient SpectrometryHere. Yes Its core values 。 It can efficiently separate the red and green elements from the light in the beam. （ Transradio and reflective paths ） Medium 。 The red light is very efficient. ， The reflection of green light is highly efficient. 。
Spectra PureThe red-light bands that see through are usually purer. ， Spills （ Special Yes Green Light ） It's better to keep it down. 。
Maximum Red light.AR The film significantly reduced the loss of light on the trans-radio path. ， And it's a little bit more red light energy. 。
MaterialOptical Glass

Applications

This is a highly specialized kind of thing. Optical Component It's often used in situations where it requires a precise separation of red and green light. ： 1. Fluorescent microtechnology ： Exult light source （ Usually. is Green or blue green ） Specimen exposure ， Need to be reflected to the sample with efficiency. 。 fluorescent from sample （ Usually. is Red light. ） We need to be able to get a high-impact shot into the detector. （ Camera or PV multiplication tube ）。 Dichroic Mirror is Fluorescent Microscope Optical Filter Core widget in cube 。AR The membrane increases the efficiency of the collection of red-photamine fluorescent. 。 2. Fluent cell technique ： In cell selection and analysis. ， It needs different. Wavelength It's... Laser Excited cells ， And detect the different fluorescent signals from the cells. 。 “ Red Transmitting Green Reflecting ” Dichroic Mirror For guiding specific Wavelength Excitation Light at （ Green Laser ） And collect specific data efficiently. Wavelength The launch fluorescent. （ Red light. ）。 3. Laser System ： Grouping or separating different Wavelength It's... Laser Bong （ For example: ， Red light. Laser And green light. Laser ）。 Pumping Source Wavelength Separation of （ For example: ， With green light. Pumping And red light. ）。 4. Precision optical instruments / Sensation. ： Any spectra analysis that requires the precise separation of red and green light signals from the different detection channels 、 Testing or imaging systems 。 5. Projection Display ： In some projection systems based on color wheels or discoloration prisms ， For separating red 、 Green 、 Blue San Luen 。

Datasheet

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Supplier Information

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Giaitech
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Shenzhen Giai Photoelectric Co., Ltd., founded in 2008, is a private high-tech company specializing in the production and sales of optical components, with the registered trademark giai-激埃特. Headquartered in Baolong Industrial City, Longgang District, Shenzhen, Guangdong, China, it has three optical component production lines in Shenzhen, Anshan, and Nanjing. As a high-quality filter manufacturer, Giai's products include narrowband filters, infrared filters, longpass filters, shortpass filters, neutral density filters (ND filters), optical coatings, and other professional optical lenses and filters. It also involves the design, development, and production of optical prisms, lenses, flat mirrors, reflectors, beam splitters, and other optical components, providing optical cooperation and services worldwide. Shenzhen Giai's main products: filters, color filters, colored glass, window protection films, and other optical components. Currently, Giai is developing rapidly. By 2013, it had more than 200 employees, and now has more than 500 employees, with a total investment of 30 million yuan and a company area of more than 3,000 square meters. It has established 3 factories and multiple R&D centers in Shenzhen, Anshan, and Nanjing, with a total factory area of 40,000 square meters. It is a large-scale and influential optical component manufacturer and supplier, and one of the influential optical manufacturers in China producing far-infrared silicon windows, germanium lenses, and zinc selenide lenses. For many years, Giai Photoelectric has adhered to the quality policy of "meticulous design, precision manufacturing, continuous improvement, and sincere service", adopting the international ISO9001:2015 quality management system and IATF16949:2016 automotive quality management system. The company's products comply with multiple regulatory requirements and have passed SGS testing and certification. We always adhere to the customer-centric, mutually beneficial, cooperative and innovative business philosophy, and provide high-quality precision optical components to all customers with a management model of cost-effectiveness, on-time delivery, and high quality. Giai's products face the public, strive for uniqueness, follow the market, and are brave in innovation! Products are widely used in industrial inspection, medical beauty, lidar, machine vision, biometrics, infrared sensing, robotics, smart home, intelligent driving systems, laser instruments, and other optical fields, providing customers with diversified products and application solutions.

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