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Optical Mirrors

Femtoline Low GDD Ultrafast Mirrors are specially designed for femtosecond laser applications. They offer a broad operating wavelength range and exhibit linear phase versus frequency characteristics, ensuring low group delay dispersion (GDD). The mirrors feature a single-layer dielectric coating that maintains a consistent phase ...

Specifications

Diameter: 12.7 mm
Thickness: 3 mm
Wavelength Range: 1000-1060nm
Reflectivity: 99.5 %
Substrate Material: BK7 Grade A
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Data Sheet
Laser Line Mirrors on N-BK7 Substrate are highly reflective mirrors designed for non-critical laser applications in the 350-1570 nm wavelength range. These mirrors offer >99.5% reflectivity and are made from BK7 optical substrate, providing a low-cost alternative to UV grade fused silica mirrors. They are optimized for specific ...

Specifications

Substrate Material: BK7, Fused Silica, UV Fused Silica
Wavelength Range: 527-532nm
Angle Of Incidence (AOI): 45 deg
Flatness (Coated Surface): lambda/10
Surface Quality: 20-10 scratch-dig
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Data Sheet
High Quality Mirrors with Dielectric Metallic or Hybrid Coatings
Bern Optics Inc
Bern Optics offers a wide range of high-quality mirrors for various applications. Our mirrors are available with dielectric, metallic, or hybrid coatings to meet the unique requirements of our customers.    We manufacture mirrors from a variety of substrate materials and in all shapes, with curved or plano surfaces, ...

Specifications

Reflective Coating: Custom
Substrate: Custom
Average Reflectance: -- %
Wavelength Range: -----nm
Surface Flatness: Custom
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Data Sheet
The optical window has two mutually parallel surfaces of the optical glass after grinding and polishing. They are usually used as electronic sensors, optical lens, laser processing head protection device. In selecting the window, the transmission characteristics and mechanical properties of the material should be considered in line ...

Specifications

Diameter: 5-50 mm
Thickness: 1-10 mm
Substrate: Fused Silica
Flatness: lambda/4
Single Or Dual Surface: Contact Vendor
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Data Sheet
Herschel Telescope
Opteon Oy
Herschel Space Observatory of ESA.

Specifications

Focal Length: -- mm
Edge Thickness: 2.5 mm
Diameter: 3500 mm
Weight: 250000 g
Data Sheet
A toric surface deems as an arc rotates around an axis of another axis, it’s mostly used to replace several optical lenses to simplify the structure of the equipment and improve image quality.   Unlike smooth reflector and single spherical reflector that have some problems like anamorphose by reflection, the toric lens ...

Specifications

Material: N-BK7
Dimension (Height): 100 mm
Dimension (Width): 300 mm
Radius (base Curve): 76 mm
Radius (cylinder Curve): 1000 mm
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Data Sheet
Integrator Mirror
Kugler of America Ltd
Integrator mirrors change the normally rotationally symmetrical or elliptical beam profile of a laser in order to produce a sharp limitation of the beam intensity on the workpiece in one or two directions in space. A good homogenization of the intensity is striven for in the intermediate area. While two-dimensional ...

Specifications

Substrate Material: Custom
Wavelength Range: 1-1nm
Angle Of Incidence (AOI): -- deg
Flatness (Coated Surface): lambda/20
Surface Quality: 10-5 scratch-dig
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Data Sheet
Stimulated Brillouin Scattering (SBS) is one of the most common nonlinear optical processes for achieving Phase Conjugating Mirror (PCM). Phase conjugating SBS mirrors are simple self-pumped devices that can easily be applied in double-pass amplifier configurations as high-reflecting mirrors. The wavefront inversion with respect ...

Specifications

Liquid: Fluorinert (FC40 through FC3283)
Brillouin Linewidth: 1292 MHz
Brillouin Shift: 1386 MHz
Data Sheet
Photonchina supplies a wide variety of mirrors, ranging from laser line mirrors, harmonic separator mirrors, high reflection (HR) mirrors, partial reflection mirrors and metallic coated mirrors. Wide selection of rectangular, round, elliptical, or custom shape mirrors with flat, spherical concave or convex and cylindrical surfaces ...

Specifications

Substrate Material: BK7, Supremax 33, Mo, Cu, Si, Metallic, Zerodur, Sapphire, Calcium Fluoride, IR Fused Silica, UV Fused Silica, Fused Silica, Custom
Wavelength Range: 190-4000nm
Angle Of Incidence (AOI): 0-50 deg
Flatness (Coated Surface): lambda/20, lambda/10, lambda/8, lambda/6, lambda/4
Surface Quality: 10-5 scratch-dig, 20-10 scratch-dig, 40-20 scratch-dig, 60-40 scratch-dig
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Data Sheet
For steering few-cycle pulse beams, usually protected silver mirrors are the first choice and widely used, since they deliver a broadband reflectivity without dispersion problems or angle dependence at a very competitive price. A protected silver mirror that is enhanced for femtosecond applications and tested for sub-5fs pulses. This ...

Specifications

Reflective Coating: Protected Silver
Substrate:
Average Reflectance: 99 %
Wavelength Range: 600-1200nm
Surface Flatness: lambda/10
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Data Sheet
The \"DCM9\" is a GVD mirror shifted to the \"blue\" now covering a wavelength range of 450nm-950nm. These mirrors are specially designed to be suitable for pulse compression of femtosecond pulses generated by amplification, filamentation, OPA/OPG and others. Featuring negative GVD of -60 fs² for the mirror pair @ 700nm and ...

Specifications

Wavelength Range: 450-950nm
Reflectivity: 99.6 %
GDD/pair: 60 fs^2
Angle Of Incidence: 0-10Degrees
Substrate: Fused Silica
Data Sheet
The> \"DCM7\" is a ultra-broadband (600nm-1200nm) dispersion compensating mirror pair used for the compensation of positive dispersion affecting femtosecond laser pulses. The unique pair design enables to achieve a reflectivity greater than 99.9% over the whole supported spectral bandwidth next to a defined negative dispersion. These ...

Specifications

Wavelength Range: 600-1200nm
Reflectivity: 99.6 %
GDD/pair: 120 fs^2
Angle Of Incidence: 0-10Degrees
Substrate: Fused Silica
Data Sheet
The \"DCM10\" is a broadband (500-850nm) dispersion compensating mirror pair designed for the compensation of the positive dispersion caused by fused silica like material. The wavelength range suits femtosecond applications using few-cycle pulses generated by hollow core fibers or filamentation. The unique pair design enables to ...

Specifications

Wavelength Range: 500-850nm
Reflectivity: 99.6 %
GDD/pair: 100 fs^2
Angle Of Incidence: 0-10Degrees
Substrate: UV Grade Fused Silica
Data Sheet
The \"DCM11\" is a GVD mirror pair specially designed for OPCPA compression. This mirror type covers a wide wavelength range of 650-1050 nm while offering a large dispersion of -130 fs2 /pair at the centre wavelength of 800 nm. These mirrors are specially designed to recompress the output of the venteon OPCPA after passing through ...

Specifications

Wavelength Range: 650-1050nm
Reflectivity: 99.8 %
GDD/pair: 130 fs^2
Angle Of Incidence: 0-10Degrees
Substrate: Fused Silica
Data Sheet
193 nm Excimer Laser Mirrors For 0° Incidence MR1020
Alpine Research Optics (ARO)
These high performance mirrors are intended for general purpose beam steering tasks in ArF excimer laser based applications and systems.

Specifications

Substrate Material: Fused Silica
Wavelength Range: 187-200nm
Angle Of Incidence (AOI): 0 deg
Flatness (Coated Surface): lambda/10
Surface Quality: 10-5 scratch-dig
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Data Sheet
193 nm Excimer Laser Mirrors For 0° Incidence MR1060
Alpine Research Optics (ARO)
These high performance mirrors are intended for general purpose beam steering tasks in ArF excimer laser based applications and systems.

Specifications

Substrate Material: Fused Silica
Wavelength Range: 187-200nm
Angle Of Incidence (AOI): 0 deg
Flatness (Coated Surface): lambda/10
Surface Quality: 10-5 scratch-dig
...
Data Sheet
193 nm Excimer Laser Mirrors For 45° Incidence MR1040
Alpine Research Optics (ARO)
These high performance mirrors are intended for general purpose beam steering tasks in ArF excimer laser based applications and systems.

Specifications

Substrate Material: Fused Silica
Wavelength Range: 187-197nm
Angle Of Incidence (AOI): 45 deg
Flatness (Coated Surface): lambda/10
Surface Quality: 10-5 scratch-dig
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Data Sheet
Off-Axis Parabolic (OAP) Mirrors are mirrors whose reflective surfaces are segments of a parent paraboloid. They achromatically focus a collimated beam or collimate a divergent source, and their off-axis design separates the focal point from the rest of the beam path. The reflective design eliminates phase delays and absorption ...

Specifications

Reflective Coating: Protected Aluminum, Protected Silver, Protected Gold, Custom
Substrate: Metallic, Custom
Average Reflectance: >85~98 %
Wavelength Range: 400-10000nm
Surface Flatness: 1 lambda, Custom
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Data Sheet
Metallic Mirror for high power laser head   Call Us via +86-755-8378 2881  |  Email us sales@szlaser.com | www.szlaser.com

Specifications

Reflective Coating: Protected Aluminum, UV-Enhanced Aluminum, Protected Silver, Protected Gold, Custom
Substrate: Metallic, Custom
Average Reflectance: 93~98 %
Wavelength Range: 250-20000nm
Surface Flatness: lambda/20
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Data Sheet
Advanced Thin Films Laser Mirrors
Advanced Thin Films
Advanced Thin Films offers laser mirrors and custom coatings covering the spectrum from ultraviolet through the near infrared (257nm to 3μm wavelength). These coatings are available on a variety of flat and curved substrates, and also on a wide variety of glass and crystal materials.

Specifications

Substrate Material: Fused Silica
Flatness: Not Specified
Surface Quality: Custom
Angle Of Incidence (AOI): -- deg
Wavelength Range: 257-3000nm
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Data Sheet
Dielectric mirror is an optical mirror made of thin layers of dielectric coating deposited on an optical substrate. We offer dielectric laser mirrors for fixed, narrowband or broadband wavelength applications covering wavelength ranges from UV to IR. Wide selection of round, elliptical or custom shapes as well as flat, spherical, ...

Specifications

Substrate Material: UV Fused Silica
Wavelength Range: 400-2300nm
Angle Of Incidence (AOI): 45 deg
Flatness (Coated Surface): lambda/8
Surface Quality: 20-10 scratch-dig
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Data Sheet
These Low Group Delay Dispersion (GDD) Mirrors provide high reflectance and low group delay dispersion in the 355 - 455 nm range. This wavelength range is centered about 400 nm, making the mirrors ideal for the second harmonic of femtosecond Ti:Sapphire lasers. Designed for use at a 45° angle of incidence, their low GDD of ...

Specifications

Diameter: 25 mm
Thickness: 9.5 mm
Wavelength Range: 355-445nm
Reflectivity: 99 %
Substrate Material: Other
Data Sheet
Thorlabs\' UMC05-15FS and UMC10-15FS chirped mirrors feature >99.5% absolute reflectance over the 650 - 1050 nm wavelength range. The coating is engineered such that each reflection compensates for the dispersion introduced by 1.5 mm of fused silica over the entire range. The 10° AOI allows these mirrors to perform similarly ...

Specifications

Wavelength Range: 650-1050nm
Reflectivity: >99.5 %
GDD/pair: -54 fs^2
Angle Of Incidence: 10-10Degrees
Substrate: Fused Silica
Data Sheet
The DCMP175 consists of a pair of rectangular optics with >99% average reflectance over the 700 - 1000 nm wavelength range. These mirrors are designed to integrate with multiphoton microscopy setups, which typically include long path lengths through highly dispersive glass. The 8° AOI allows these mirrors to perform similarly ...

Specifications

Wavelength Range: 700-1000nm
Reflectivity: >99 %
GDD/pair: -175 fs^2
Angle Of Incidence: 8-8Degrees
Substrate: Fused Silica
Data Sheet
The scanning mirror is light weight rectangular mirrors that used for high speed two-axis laser scanning system. The dimensions for each mirror have been calculated accordingly with the laser beam size. The mirror has high reflectivity of 99.5% or above. The scanning mirror usually mounted on to a galvanometer for scanning purposes. ...

Specifications

Substrate Material: UV Fused Silica
Wavelength Range: 200-2000nm
Angle Of Incidence (AOI): 45 deg
Flatness (Coated Surface): lambda/8
Surface Quality: 20-10 scratch-dig
...
Data Sheet

Frequently Asked Questions

There are several types of optical mirrors available, including concave mirrors, convex mirrors, plane mirrors, and specialty mirrors like laser mirrors and dichroic mirrors. Each type of mirror is designed to reflect light in a specific way and is suited for different applications.

Yes, many of our suppliers and manufacturers offer custom optical mirrors. You can specify the type of mirror you need, the size and shape of the mirror, and any other specifications required for your application. You can contact the supplier or manufacturer directly through FindLight.net to discuss your custom requirements.

To choose the right optical mirror for your application, you should consider factors such as the type of light you are using, the wavelength range you need to work with, and the angle of incidence of the light. You should also consider the size and shape of the mirror and whether you need a custom or off-the-shelf solution. At FindLight.net, we offer a comprehensive search and filtering system that makes it easy to find the perfect mirror for your project.

To clean your optical mirror, use a soft, lint-free cloth or tissue to gently wipe the surface of the mirror. Do not use abrasive materials or solvents, as these can damage the coating on the mirror. If necessary, you can use a small amount of isopropyl alcohol on the cloth or tissue. Be sure to

There are many types of coatings available for optical mirrors, each designed to optimize the reflectivity of the mirror for a particular wavelength range or application. Some common coatings include aluminum, silver, gold, and dielectric coatings. Dielectric coatings are particularly useful for applications that require high reflectivity over a broad wavelength range.

Yes, mirrors can be used as beam splitters by partially reflecting and partially transmitting light. One type of mirror commonly used as a beam splitter is a plate beamsplitter, which consists of a thin piece of glass with a partially reflective coating on one side. Dichroic mirrors can also be used as beam splitters, as they reflect different wavelengths of light at different angles.

The method for mounting your optical mirror will depend on its size and shape, as well as the requirements of your application. Many mirrors come with mounting holes or other features to make mounting easier. You should take care to ensure that the mirror is securely mounted and that any mounting hardware does not block or interfere with the reflected light.

Optical mirrors are a crucial component in many optical systems, used in scientific, industrial, and medical applications. They can reflect light, forming images, or can be used in combination with other optical elements to control the path and direction of light. At FindLight.net, we provide you with direct access to trusted suppliers and manufacturers of high-quality mirrors, including custom and off-the-shelf options to suit your needs.

Did You know?

Did you know that optical mirrors are used in many scientific, industrial, and medical applications, from telescopes and microscopes to laser systems and metrology? Mirrors can be used to reflect, focus, or shape light in many different ways, and they come in a wide range of sizes, shapes, and coatings to suit different applications. There are many types of mirrors available, including concave mirrors, convex mirrors, plane mirrors, and specialty mirrors like laser mirrors and dichroic mirrors. At FindLight.net, we connect you directly with trusted suppliers and manufacturers who offer a wide range of high-quality mirrors, including custom and off-the-shelf options to meet your specific requirements. Our comprehensive search and filtering options make it easy to find the perfect mirror for your project, whether you need a custom mirror for a specific application or a standard mirror for a common application.