Buyer's Guide … the one with the Encyclopedia!

Where to Buy Supermirrors

Before You Buy: Learn About Supermirrors

Supermirrors are optical mirrors with extremely high reflectivity, often exceeding 99.9999%. These mirrors are used to create optical resonators with exceptionally high Q factors, making them vital in fields such as quantum optics.

More general product categories: mirrors

Related product categories: laser mirrors, superpolished optics

Related product category: optical components and devices

With its comprehensive resources, RP Photonics helps you to well prepare purchase decisions:

Manufacturers and Other Suppliers for Supermirrors

7 suppliers for supermirrors are listed in the RP Photonics Buyer's Guide, out of which 4 present their product descriptions. Both manufacturers and distributors can be registered.

Suppliers with Advertising Package
presenting their product descriptions
CompanyProduct Description

YOUR KEY to innovation and success

UltraFast Innovations GmbH
Dieselstr. 5
85748 Garching (München)
Germany
Profile page  Website  

UltraFast Innovations (UFI®) manufactures supermirrors with a reflectivity exceeding 99.99%. Our magnetron sputtering facility offers the best technology for ultra-high reflection mirrors due to the extremely dense layers. More than 99.997% reflection over a bandwidth of 200 nm or more is available.

Characterization of these mirrors is performed in a cavity ring-down measurement device with ppm-level precision.


Thorlabs
43 Sparta Avenue
Newton, NJ 07860
United States
Profile page  Website  
supermirrors

Thorlabs manufactures high-performance, single-crystal supermirror coatings on Ø1" substrates for applications requiring the highest reflectance possible at a specific wavelength. These high-performance supermirrors with ultralow optical absorption and minimal Brownian noise are key ingredients for the construction of optical atomic clocks, optical reference cavities, and stabilized lasers, as well as the next generation of gravitational wave detectors.


Your sidekick for laser optics development

OPTOMAN
Ukmerges g. 427
14185 Vilnius
Lithuania
Profile page  Website  
supermirrors

OPTOMAN's extremely low-loss mirrors have a maximum reflectivity of R > 99.998% and total losses (absorption, scatter, and transmission) below 2 ppm at a discrete wavelength and angle of incidence. Coatings are applied on high purity fused silica substrates (plane, spherical or wedged) super-polished to an RMS roughness of <2 Å. Mirrors are available with a CRD measurement that prove reflectivity and loss values.


Home of high power optics and coatings

LASEROPTIK
Horster Str. 20
30826 Garbsen
Germany
Profile page  Website  
supermirrors

So-called supermirrors for ring laser gyroscope assemblies or certain scientific applications require coated optics with extremely low losses (i.e. absorption and scattering). These mirrors also have a maximum reflectivity with R > 99.998% and total losses < 10 ppm.

LASEROPTIK uses a modified IBS machine that is capable to produce coatings on super­polished substrates. The cleanliness of the machine and environment is maintained in a dedicated super-clean room, where also the extensive substrate pre- and after-treatment takes place.

Measurement devices such as white light profilometers and high resolution microscopes (up to × 1000) for the inspection procedures are in place. A custom built cavity ring-down setup allows to determine the reflection with a precision of up to four decimal places and to refer back to the losses.


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All Suppliers
From your country:
LohnStar Optics
Profile page  Website  
Newport Corporation
Thorlabs
43 Sparta Avenue
Newton, NJ 07860
United States
Profile page  Website  
supermirrors

Thorlabs manufactures high-performance, single-crystal supermirror coatings on Ø1" substrates for applications requiring the highest reflectance possible at a specific wavelength. These high-performance supermirrors with ultralow optical absorption and minimal Brownian noise are key ingredients for the construction of optical atomic clocks, optical reference cavities, and stabilized lasers, as well as the next generation of gravitational wave detectors.


Outside America:
Alien Photonics
Profile page  Website  

Home of high power optics and coatings

LASEROPTIK
Horster Str. 20
30826 Garbsen
Germany
Profile page  Website  
supermirrors

So-called supermirrors for ring laser gyroscope assemblies or certain scientific applications require coated optics with extremely low losses (i.e. absorption and scattering). These mirrors also have a maximum reflectivity with R > 99.998% and total losses < 10 ppm.

LASEROPTIK uses a modified IBS machine that is capable to produce coatings on super­polished substrates. The cleanliness of the machine and environment is maintained in a dedicated super-clean room, where also the extensive substrate pre- and after-treatment takes place.

Measurement devices such as white light profilometers and high resolution microscopes (up to × 1000) for the inspection procedures are in place. A custom built cavity ring-down setup allows to determine the reflection with a precision of up to four decimal places and to refer back to the losses.


Your sidekick for laser optics development

OPTOMAN
Ukmerges g. 427
14185 Vilnius
Lithuania
Profile page  Website  
supermirrors

OPTOMAN's extremely low-loss mirrors have a maximum reflectivity of R > 99.998% and total losses (absorption, scatter, and transmission) below 2 ppm at a discrete wavelength and angle of incidence. Coatings are applied on high purity fused silica substrates (plane, spherical or wedged) super-polished to an RMS roughness of <2 Å. Mirrors are available with a CRD measurement that prove reflectivity and loss values.


YOUR KEY to innovation and success

UltraFast Innovations GmbH
Dieselstr. 5
85748 Garching (München)
Germany
Profile page  Website  

UltraFast Innovations (UFI®) manufactures supermirrors with a reflectivity exceeding 99.99%. Our magnetron sputtering facility offers the best technology for ultra-high reflection mirrors due to the extremely dense layers. More than 99.997% reflection over a bandwidth of 200 nm or more is available.

Characterization of these mirrors is performed in a cavity ring-down measurement device with ppm-level precision.


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