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Optical Materials for Precision Optics

Silicon wafer is an important material for making integrated circuits. Integrated circuits and various semiconductor devices can be made by photolithography, ion implantation and other methods on silicon wafers. It is a sheet-shaped object made of silicon and has the characteristics of high purity, high density and large scale.

Specifications

Wafer Material: Silicon (Si)
Diameter: - mm
Thickness: 280-1000 um
Size: 4'' 6'' 8''
Type: NP
...
Data Sheet
B 270 i Ultra-White Glass
Advanced Optics Inc
SCHOTT offers B 270® i crown glass in sheet form, suitable for a variety of different applications such as biotech, consumer and industrial optics. B 270® i glass is manufactured by using a special up-draw process developed by SCHOTT. Raw materials with a low iron oxide content ensure an ultra-white appearance. The crown ...

Specifications

Application Spectrum: Ultraviolet (UV)
Wavelength Range: 250-3150 nm
Data Sheet
Tosoh N Fused Silica Glass
Advanced Optics Inc
Tosoh N and NP materials are manufactured by fusing a high-purity silica powder using Tosoh\'s proprietary oxy-hydrogen flame fusion process. Thanks to its high purity, low aluminum content, and extremely low level of bubbles and inclusions, N has become the reference material for a broad range of applications:semiconductor ...

Specifications

Application Spectrum: Ultraviolet (UV)
Wavelength Range: 250-2700 nm
Data Sheet
Corning HPFS 7979 Fused Silica
Advanced Optics Inc
Dedication to technology leadership and world-class metrology capabilities play a major role in Corning’s ability to produce leading edge materials. Corning is committed to ensuring that its customers are provided qualified, authentic products. Corning has a minimum of 25 years of measurement experience and provides a ...

Specifications

Application Spectrum: Ultraviolet (UV)
Wavelength Range: 180-400 nm
Data Sheet
OPTICAL GLASS
Advanced Glass Industries
Advanced Glass industries works with the world’s best suppliers to provide you hundreds of types of optical glass and glass ceramics, for all your optical glass blank needs. Each type of optical glass is formulated very precisely to have specific optical, thermal, chemical and mechanical properties. To learn more about specific ...

Specifications

Application Spectrum: Deep Ultraviolet (DUV), Ultraviolet (UV)
Wavelength Range: 190-390 nm
Data Sheet
FUSED QUARTZ
Advanced Glass Industries
Advanced Glass Industries keeps ~5,000 lbs of fused quartz on hand. Depending on your application, fused quartz may be a lower cost alternative to fused silica. We offer a variety of fused quartz materials from Heraeus and Tosoh Quartz.

Specifications

Application Spectrum: Ultraviolet (UV), Visible (VIS), Near Infrared (NIR)
Wavelength Range: 230-1100 nm
Data Sheet
SYNTHETIC FUSED SILICA
Advanced Glass Industries
Fused silica is one of our most commonly requested materials. Advanced Glass Industries keeps ~18,000 lbs of Corning 7980 fused silica in a range of different grades on hand. The material comes in large boules, from which we carefully select and qualify material to meet your needs. Explore our manufacturing capabilities to learn more ...

Specifications

Application Spectrum: Ultraviolet (UV), Visible (VIS), Near Infrared (NIR)
Wavelength Range: 230-1100 nm
Data Sheet
Blue Ridge Optics Optical Fabrication
Blue Ridge Optics LLC
We are a supplier of both custom, made-to-order and standard laser optics and optical polishing components. We offer low-volume custom research and development manufacturing laser optic solutions as well as high volume production of nearly every type of optical material, shape and size. All substrates are measured and ...

Specifications

Application Spectrum: Deep Ultraviolet (DUV), Ultraviolet (UV), Visible (VIS), Infrared (IR), Near Infrared (NIR), Short Wavelength IR (SWIR), Long Wavelength IR (LWIR), Broadband
Wavelength Range: 632.8-632.8 nm
Data Sheet
Blue Ridge Optics Thin Film Coating
Blue Ridge Optics LLC
Blue Ridge Optics thin film coatings have been used in the worlds most advanced and powerful laser systems. Coatings are available on Blue Ridge Optics or customer furnished materials. With an emphasis on research & development and continuous improvements, our capabilities are ever evolving to meet our customer\'s thin film ...

Specifications

Application Spectrum: Deep Ultraviolet (DUV), Ultraviolet (UV), Visible (VIS), Infrared (IR), Near Infrared (NIR), Short Wavelength IR (SWIR), Long Wavelength IR (LWIR), Broadband
Wavelength Range: 190-15000 nm
Data Sheet
Blue Ridge Optics Laser Optics​
Blue Ridge Optics LLC
From low volume research & development to high volume production, our laser optics shop can offer built to print or off the shelf* turn-key laser optics. Send your requirements to a sales engineer or contact us for our latest inventory. Quotations are typically turned around in <24 hours. 

Specifications

Application Spectrum: Ultraviolet (UV), Visible (VIS), Near Infrared (NIR), Broadband
Wavelength Range: 350-850 nm
Data Sheet
Silica Glass SiO2
Crystran Ltd
Fused Silica is the glassy form of Quartz and is thus isotropic. Fused Silica is tough and hard and has a very low expansion. Normal varieties of Fused Silica contain water which gives strong absorption in the Infra-red. Water-free varieties of Fused Silica are available.

Specifications

Application Spectrum: Deep Ultraviolet (DUV), Ultraviolet (UV), Visible (VIS), Infrared (IR), Near Infrared (NIR), Broadband
Wavelength Range: 180-2200 nm
Data Sheet
Optical Glass N-BK7 Types
Crystran Ltd
N-BK7 is a Schott™ designation for the most common Borosilicate Crown glass used for a wide variety of visible applications. The basic data here is given for N-BK7. We recommend that full optical design data on N-BK7 and other glasses be found by referring to the relevant glass manufacturer.

Specifications

Application Spectrum: Ultraviolet (UV), Visible (VIS), Infrared (IR)
Wavelength Range: 270-1100 nm
Data Sheet
Quartz Crystal SiO2
Crystran Ltd
Quartz is mined naturally, but more commonly produced synthetically in large, longfaceted crystals. Quartz is positive birefringent. Be careful not to confuse terminology in this material, as \"Fused Quartz\" is often used to denote the glassy non-crystalline form better known as Silica. Normal Quartz is Alpha Quartz and normally RH ...

Specifications

Application Spectrum: Deep Ultraviolet (DUV), Ultraviolet (UV), Visible (VIS), Infrared (IR), Near Infrared (NIR), Short Wavelength IR (SWIR), Long Wavelength IR (LWIR), Broadband
Wavelength Range: 180-3500 nm
Data Sheet
CVD Diamond
Element Six Technologies US Corp
Our CVD diamond has an extremely broad transmission spectrum, exceptional thermal conductivity, vastly increased component lifetime and can be engineered to virtually any configuration, which is why industry leading photonics engineers choose Element Six.

Specifications

Application Spectrum: Ultraviolet (UV), Infrared (IR)
Wavelength Range: 220-5000 nm
Data Sheet
MD Medical Coating 1181-M
Dymax Corp
1181-M medical device coating is a high-performance LED-curable coating for the assembly of medical electronics. The product cures in seconds upon exposure to UV/Visible light and also cures with secondary heat for applications where shadow areas exist. 1181-M even cures through UV-blocked plastics. For easy visual or automated ...
Data Sheet
Raw Fiber Fused Doped Silica
Fiberoptics Technology Inc
Fiberoptics Technology also supplies fused doped silica fiber with an NA of .22 for applications that require lower attenuation and response to U.V. and IR light (below 400 nanometers, or above 1.3 micron). Our PMMA (Plastic) fiber (NA .5) is a great lower-cost alternative to glass for low heat applications. Melt resistant to 70°C We ...
Data Sheet
Raw Fiber Borosilicate Glass
Fiberoptics Technology Inc
Fiberoptics Technology also supplies fused doped silica fiber with an NA of .22 for applications that require lower attenuation and response to U.V. and IR light (below 400 nanometers, or above 1.3 micron). Our PMMA (Plastic) fiber (NA .5) is a great lower-cost alternative to glass for low heat applications. Melt resistant to ...
Data Sheet
Raw Fiber PMMA Plastic
Fiberoptics Technology Inc
Fiberoptics Technology also supplies fused doped silica fiber with an NA of .22 for applications that require lower attenuation and response to U.V. and IR light (below 400 nanometers, or above 1.3 micron). Our PMMA (Plastic) fiber (NA .5) is a great lower-cost alternative to glass for low heat applications. Melt resistant to ...
Data Sheet
Silicon Wafers
Ferrotec (USA) Corp
If you’re looking for more about Ferrotec’s silicon wafer products, you can find more detailed information on Ferrotec’s Silicon Wafer web site. On the site, you’ll find a comprehensive resource, along with technical information about the specific product lines. We produce silicon wafers (12 inches or less) for semiconductors in an ...

Specifications

Wafer Material: Silicon (Si)
Diameter: 101.6-304.8 mm
Thickness: -- um
Data Sheet
Optical Glass Strips And Blocks
Glass Fab Inc
Materials designed for their index and dispersion properties. Typical use are in lens systems. We stock a full range of optical glasses from low to high index. Our stock is melt lot controlled to the original manufacturers melt lot number. Much of our stock has Nd/Vd specs that are tighter then the manufacturers standard tolerances.

Specifications

Application Spectrum: Ultraviolet (UV)
Wavelength Range: 1-1 nm
Data Sheet
ZERODUR Glass Ceramic
H V Skan Ltd
ZERODUR® is a glass ceramic with an extremely low thermal expansion coefficient. The most important properties of ZERODUR® are: Nearly zero thermal expansion with outstanding 3D homogeneityHigh internal qualityGood processing behaviorCan be polished to a very high accuracyCan be coated easilyLow Helium permeabilityNon-porousGood ...

Specifications

Application Spectrum: Deep Ultraviolet (DUV), Ultraviolet (UV), Visible (VIS), Infrared (IR), Near Infrared (NIR), Short Wavelength IR (SWIR), Long Wavelength IR (LWIR), Broadband
Wavelength Range: 1-1 nm
Data Sheet
Blue-Violet Tinted Filter Glass
H V Skan Ltd
Blue-violet tinted filter glasses with variously specified UV transmittance and high with absorption in the visible and infrared range, as well as clear filters with graded UV transmittances. All filter glasses feature treated edges and are thermally toughened. UVILEX® 390 Z blocks ultraviolet radiation from artificial light sources. ...

Specifications

Application Spectrum: Ultraviolet (UV)
Wavelength Range: 1-1 nm
Data Sheet
Fine Annealed Optical Glass
H V Skan Ltd
Fine annealed optical glass with up to five non-machined, as-cast surfaces. Cut blanks: with standard or with increased optical and internal properties and dimensional tolerance requirements. Optical glass is subjected to stringent quality inspection before delivery. All stages of the optical glass production are continuously ...

Specifications

Application Spectrum: Deep Ultraviolet (DUV), Ultraviolet (UV), Visible (VIS), Infrared (IR), Near Infrared (NIR), Short Wavelength IR (SWIR), Long Wavelength IR (LWIR), Broadband
Wavelength Range: 1-1 nm
Data Sheet
EOT Silicon
IMPORTEC
EOT Silicon.

Specifications

Application Spectrum: Visible (VIS)
Wavelength Range: 4000-20000 nm
Data Sheet
EOT Sapphire
IMPORTEC
EOT Sapphire.

Specifications

Application Spectrum: Visible (VIS)
Wavelength Range: 750-4500 nm
Data Sheet

Frequently Asked Questions

Glass is a more common optical material that offers high optical quality and durability. Crystal, on the other hand, offers superior optical properties and is ideal for high-performance applications. Crystal materials are generally more expensive than glass but provide better clarity and light transmission.

When choosing optical materials, it's important to consider factors such as the required optical properties, environmental conditions, and desired durability and strength of the material. Additionally, cost, availability, and compatibility with other materials and coatings may also be important considerations.

Yes, on FindLight you can find a wide range of specialty optical materials from top suppliers and manufacturers, including materials with specific optical properties or coatings designed for specialized applications. Browse our selection to find the right material for your project.

Designing and manufacturing optical materials can be challenging due to factors such as the need for precise control of material properties, the high degree of purity required, and the difficulties of producing large, uniform pieces of material. In addition, some applications may require materials with unique or extreme properties, such as high transparency in the UV or IR regions, high damage resistance, or low thermal expansion.

Environmental factors can impact the performance of optical materials, particularly in high-precision applications. Temperature changes can cause thermal expansion or contraction of the material, which can affect its dimensions and properties. Humidity can cause moisture absorption or desorption, which can alter the refractive index or introduce optical scattering.

Advanced optical materials are finding new applications in fields such as biomedical imaging, quantum technology, and autonomous vehicles. For example, materials with nonlinear optical properties are being used to develop new types of lasers for medical diagnostics and treatment. Metamaterials and photonic crystals are being explored for their potential in creating novel optical devices and structures.

FindLight offers a comprehensive selection of optical materials for precision optics. Whether you are in need of glass, crystal, or plastic materials, we have a wide range of options available from top suppliers and manufacturers. Our platform makes it easy to find the materials you need for your project, with detailed product descriptions and specifications provided for each item.

Did You know?

Optical materials are fundamental components of many optical systems, ranging from simple lenses to complex imaging and sensing devices. The performance of an optical system is often limited by the properties of the materials used to construct it. Optical materials are selected based on their refractive index, dispersion, transmission, scattering, and other optical properties. In addition, mechanical and thermal properties are also critical, as optical materials must be stable and durable under a range of environmental conditions. Various materials such as glasses, crystals, plastics, and metals are used in optical applications. The selection of an appropriate material depends on the specific requirements of the application, including wavelength range, power levels, and environmental factors such as temperature and humidity. Advanced optical materials are constantly being developed, with properties tailored to meet the demands of emerging technologies such as quantum computing, augmented reality, and autonomous vehicles.