From custom microscope objectives to telecentric lenses, we have the experience and expertise to design and manufacture high-quality optical systems.

Index of Refraction ; Fluorite. 1.433 ; Fused quartz. 1.46 ; Glycerine. 1.473 ; Sugar solution (80%). 1.49 ; Typical crown glass. 1.52.

The advanced ion-beam sputtering (IBS) thin-film coating facility of EKSMA Optics is ready to meet the most critical demands on laser optics. EKSMA Optics optical engineers can design and produce complex low loss and high LIDT anti-reflection coatings to suit your application. By employing IBS technology we can deposit highly reproducible dielectric thin film coatings with precisely controlled spectral parameters.

We produce a wide range of AR coatings with different designs like V coatings and broadband coatings, covering the spectral range from 300–6000 nm. Custom AR coatings are not a problem – we design and manufacture on site, all part of our rapid turnaround service, we like to think we offer the best service out there, typical one week!

OPTOMAN offers high-performance sputtered anti-reflective coatings with reflectance per surface down to R < 0.01%. IBS coatings are optimized for temperature and humidity-independent performance, high damage threshold (> 168 J/cm2 @ 1064 nm, 9.8 ns, 100 Hz, 223 μm). Single wavelength, multiwavelength, or broadband coatings can be designed for the spectral range from 200 nm to 5000 nm.

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We produce a wide range of AR coatings with different designs like V coatings and broadband coatings, covering the spectral range from 300–6000 nm. Custom AR coatings are not a problem – we design and manufacture on site, all part of our rapid turnaround service, we like to think we offer the best service out there, typical one week!

With absorption being at low level (<1 ppm per coated surface at 1064 nm) AR coated windows and AR coated lenses feature enhanced lifetimes.

Der Wochenendpreis (Freitag bis Montag) beruht auf einer Miet-/Nutzungsdauer von max. 72 Stunden (der Sonntag wird nicht berechnet).

Focuslight Technologies offers AR coatings from DUV (248 nm) to the infrared and a great selection of coating tests and analysis, including spectrometer and LIDT test. Focuslight can coat substrates up to 140 mm × 140 mm at the moment. Capacity available! Customization acceptable!

The advanced ion-beam sputtering (IBS) thin-film coating facility of EKSMA Optics is ready to meet the most critical demands on laser optics. EKSMA Optics optical engineers can design and produce complex low loss and high LIDT anti-reflection coatings to suit your application. By employing IBS technology we can deposit highly reproducible dielectric thin film coatings with precisely controlled spectral parameters.

Perkins Precision Developments (PPD) manufactures custom IBS coatings, including anti-reflection coatings. PPD utilizes Ion Beam Sputtering coating technology because it is ideal for complex spectral designs, high power Nd:YAG and fiber lasers and applications where it is critical to minimize losses from absorption and/or scatter. IBS thin films have densely packed micro-structures resulting in stable, easy to clean optics that are insensitive to environmental changes such as heat, humidity and pressure. Our AR coatings exceed damage thresholds of 25 J/cm2 or sometimes even >60 J/cm2 at 1064 nm.

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Shanghai Optics provides custom anti-reflection coatings with appropriate materials and optimized configuration on a substrate material specified by the customer, with specified transmittance and a specified wavelength region.

Ecoptik can produce single-layer or multilayer anti-reflection coatings on various kinds of optical elements, using different materials. We achieve reflectivities <0.2% or even better at many wavelengths from 355 nm to 1550 nm, and <0.5% at 284 nm or 193 nm, for example.

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Shanghai Optics provides custom anti-reflection coatings with appropriate materials and optimized configuration on a substrate material specified by the customer, with specified transmittance and a specified wavelength region.

LASEROPTIK offers a wide range of anti-reflection coatings for various types of optical elements in different wavelength regions from the mid IR to the UV. We can also supply coatings on special substrates and coatings for special applications.

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Anti-Reflection (AR) coatings are one of widely used optical thin-film coatings that can be applied to the surfaces of optical elements to reduce reflection and to improve transmittance within some spectral region. We provide AR coatings with appropriate materials and optimized configuration on a substrate material specified by the customer, with specified transmittance and a specified wavelength region.

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For maximum transmission, Knight Optical offers a range of AR coatings to reduce surface reflections. Available as single layer MgF2 coatings, or multi-layer coatings, we can offer AR coatings centred to a specific wavelength or over a broadband wavelength range. With AR coatings from UV to IR, Knight Optical can help with your custom order.

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LASEROPTIK offers a wide range of anti-reflection coatings for various types of optical elements in different wavelength regions from the mid IR to the UV. We can also supply coatings on special substrates and coatings for special applications.

143 suppliers for anti-reflection coatings (AR coatings) are listed in the RP Photonics Buyer's Guide, out of which 11 present their product descriptions. Both manufacturers and distributors can be registered.

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Die Tagespreise beruhen auf einer Miet-/Nutzungsdauer von max. 24 Stunden und die Wochenpreise auf einer Miet-/Nutzungsdauer von max. 168 Stunden, dies mit Ausnahme von Maschinen mit einem Stundenzähler; in diesem Fall werden hinsichtlich des Tagespreises 8 Betriebsstunden und hinsichtlich des Wochenpreises 40 Betriebsstunden zugrunde gelegt. Bei Überschreitung dieser festgelegten Betriebsstunden wird ein Zuschlag fällig.

An already registered supplier can use a customized form to report the full list of offered photonics products. That form is reachable with a link at the bottom of the supplier's profile page.

Anti-reflection coatings (AR coatings) are dielectric thin-film layers applied to optical surfaces to minimize reflectivity and enhance light transmission. These coatings are essential for improving the efficiency of optical systems by reducing unwanted reflections and glare, thereby increasing the overall performance of lenses, displays, and other optical components.

For maximum transmission, Knight Optical offers a range of AR coatings to reduce surface reflections. Available as single layer MgF2 coatings, or multi-layer coatings, we can offer AR coatings centred to a specific wavelength or over a broadband wavelength range. With AR coatings from UV to IR, Knight Optical can help with your custom order.

Endoskop-Kamera

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With absorption being at low level (<1 ppm per coated surface at 1064 nm) AR coated windows and AR coated lenses feature enhanced lifetimes.

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Ecoptik can produce single-layer or multilayer anti-reflection coatings on various kinds of optical elements, using different materials. We achieve reflectivities <0.2% or even better at many wavelengths from 355 nm to 1550 nm, and <0.5% at 284 nm or 193 nm, for example.

2020328 — 2. Flange focal distance is the distance from the rear surface of the mount on the lens itself to the sensor. 3. Back focus is just another term ...

Some aspects to consider before buying anti-reflection coatings: reflection reduction, wavelength range, coating durability, compatibility with substrates, environmental resistance, laser damage threshold, ease of application.

Endoskopkamera mit Licht

Focuslight Technologies offers AR coatings from DUV (248 nm) to the infrared and a great selection of coating tests and analysis, including spectrometer and LIDT test. Focuslight can coat substrates up to 140 mm × 140 mm at the moment. Capacity available! Customization acceptable!

Hervorragend für Sichtprüfungen an schwer erreichbaren Stellen geeignet. Die flexible Sonde kann leicht in Hohlräume, Bohrungen und hinter Hindernissen eingebracht werden. Hiermit lassen sich sogar verlorengegangene Schrauben problemlos wiederfinden.

OPTOMAN offers high-performance sputtered anti-reflective coatings with reflectance per surface down to R < 0.01%. IBS coatings are optimized for temperature and humidity-independent performance, high damage threshold (> 168 J/cm2 @ 1064 nm, 9.8 ns, 100 Hz, 223 μm). Single wavelength, multiwavelength, or broadband coatings can be designed for the spectral range from 200 nm to 5000 nm.

UltraFast Innovations (UFI) offers broadband anti-reflection coatings suitable for ultrafast laser devices, with numerous options for different wavelength ranges and angles of incidence.

Alle Preise verstehen sich exkl. 19% MwSt. und zzgl. Kosten für Instandhaltung, Kraftstoff, Öl, Schleifen & Verschleiß, Transport, Reinigung, Zubehör und sonstige Accessoires, eventuelle Umweltabgaben sowie Zuschläge für Haftungsfreizeichnungs- und Brand-/Diebstahlregelungen.

Perkins Precision Developments (PPD) manufactures custom IBS coatings, including anti-reflection coatings. PPD utilizes Ion Beam Sputtering coating technology because it is ideal for complex spectral designs, high power Nd:YAG and fiber lasers and applications where it is critical to minimize losses from absorption and/or scatter. IBS thin films have densely packed micro-structures resulting in stable, easy to clean optics that are insensitive to environmental changes such as heat, humidity and pressure. Our AR coatings exceed damage thresholds of 25 J/cm2 or sometimes even >60 J/cm2 at 1064 nm.

UltraFast Innovations (UFI) offers broadband anti-reflection coatings suitable for ultrafast laser devices, with numerous options for different wavelength ranges and angles of incidence.

Anti-Reflection (AR) coatings are one of widely used optical thin-film coatings that can be applied to the surfaces of optical elements to reduce reflection and to improve transmittance within some spectral region. We provide AR coatings with appropriate materials and optimized configuration on a substrate material specified by the customer, with specified transmittance and a specified wavelength region.