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Wintech Groupe is a French company which specialises in the study, design and manufacturing of optical, optomechanical and optotronic precision components and solutions. For more than 20 years, Wintech Groupe has placed innovation at the heart of its activities via ultra-modern production equipment, the choice of high quality materials and a team of experienced engineers ›› Learn More

To respond effectively to the expected use and the targeted spectral range, the selection of the material is crucial. It will be chosen from three main categories: Categories: Glass, Polymer or Crystal. Let’s take a look at the main characteristics of these families of materials.

An optical window is an observation interface that separates two environments while allowing the chosen light to pass through. Made of a material that can be transparent, the optical window is designed to maximize transmission in a certain spectrum (ultraviolet, visible, infrared) while minimizing light reflection and absorption. This is the result of the choice of material-specific mechanical and optical characteristics.

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Transmission is the ability of the material to transmit light in a given wavelength. The reflective and absorption capacity of light defines the percentage of transmission. For applications in the field of imaging or spectroscopy, high transmission is paramount to obtain quality images or data.

To design an optical window, it is crucial to define precise specifications in advance that indicate the objectives of use and the conditions of application. This helps in selecting the most suitable material based on known performance criteria such as transmission, refractive index, and hardness.

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When selecting a material for manufacturing an optical window that is suitable for a given application, several criteria are considered, including transmission, refractive index, and Knoop hardness

Transmission is the ability of the material to transmit light in a given wavelength. The reflective and absorption capacity of light defines the percentage of transmission. For applications in the field of imaging or spectroscopy, high transmission is paramount to obtain quality images or data.

Optical windows are used for a wide range of industrial and research applications such as visual inspection of equipment, monitoring of manufacturing processes, conducting medical or mechanical experiments, and performing spectroscopy studies. When designing an optical window, it is important to consider the application environment and the spectral domain to achieve the desired results. These two criteria are essential for determining the choice of manufacturing material. In this article, we will introduce you to the three main families of materials and the main criteria for selecting components for an optical window that guarantees optimal results.

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The refractive index of an optical window determines how light bends as it passes through the material and is an important factor in the design of optics such as lenses or prisms. The refractive index of an optical window depends on the material of the window and the wavelength of the light.

The Knoop hardness is used to measure the hardness of the material. This parameter is very important for optical window applications in harsh environments (pressure, high temperature, etc.) or abrasive conditions. The higher the Knoop hardness of a material, the higher its mechanical strength or scratch resistance will be.

The choice of optical window material depends on its application. Optical glass is commonly used for visible light applications while crystals (sapphire, CaF2, ZnSe, ZnS, Germanium, etc.) are preferred for UV or IR applications referred for UV or IR applications. These two materials are the most commonly used. To determine the most suitable material for the requirements of the expected application, it is necessary to consider its properties, and more specifically: its transmission, refractive index and hardness.

When selecting a material for manufacturing an optical window that is suitable for a given application, several criteria are considered, including transmission, refractive index, and Knoop hardness

The optical window can have different shapes (round, rectangular, oval or freeform) depending on its use and the application medium. Industry (aeronautics, defence, security, transport, petrochemicals, etc.), research institutes, private or public laboratories use optical windows to conduct tests, carry out measurements, inspections or to carry out work in the field of spectroscopy (UV) and thermography (IR).

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Optical windows are used for a wide range of industrial and research applications such as visual inspection of equipment, monitoring of manufacturing processes, conducting medical or mechanical experiments, and performing spectroscopy studies. When designing an optical window, it is important to consider the application environment and the spectral domain to achieve the desired results. These two criteria are essential for determining the choice of manufacturing material. In this article, we will introduce you to the three main families of materials and the main criteria for selecting components for an optical window that guarantees optimal results.

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The Knoop hardness is used to measure the hardness of the material. This parameter is very important for optical window applications in harsh environments (pressure, high temperature, etc.) or abrasive conditions. The higher the Knoop hardness of a material, the higher its mechanical strength or scratch resistance will be.

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An optical window is an observation interface that separates two environments while allowing the chosen light to pass through. Made of a material that can be transparent, the optical window is designed to maximize transmission in a certain spectrum (ultraviolet, visible, infrared) while minimizing light reflection and absorption. This is the result of the choice of material-specific mechanical and optical characteristics.

To respond effectively to the expected use and the targeted spectral range, the selection of the material is crucial. It will be chosen from three main categories: Categories: Glass, Polymer or Crystal. Let’s take a look at the main characteristics of these families of materials.

The optical window can have different shapes (round, rectangular, oval or freeform) depending on its use and the application medium. Industry (aeronautics, defence, security, transport, petrochemicals, etc.), research institutes, private or public laboratories use optical windows to conduct tests, carry out measurements, inspections or to carry out work in the field of spectroscopy (UV) and thermography (IR).

The choice of optical window material depends on its application. Optical glass is commonly used for visible light applications while crystals (sapphire, CaF2, ZnSe, ZnS, Germanium, etc.) are preferred for UV or IR applications referred for UV or IR applications. These two materials are the most commonly used. To determine the most suitable material for the requirements of the expected application, it is necessary to consider its properties, and more specifically: its transmission, refractive index and hardness.

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It can be dedicated to the protection of equipment by limiting the impact on incoming and/or outgoing optical signals. The optical window can also be used as a viewing and/or measuring lens while preventing external elements such as water, dust or air from coming into contact with the inside of the equipment.

It can be dedicated to the protection of equipment by limiting the impact on incoming and/or outgoing optical signals. The optical window can also be used as a viewing and/or measuring lens while preventing external elements such as water, dust or air from coming into contact with the inside of the equipment.

To design an optical window, it is crucial to define precise specifications in advance that indicate the objectives of use and the conditions of application. This helps in selecting the most suitable material based on known performance criteria such as transmission, refractive index, and hardness.

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The refractive index of an optical window determines how light bends as it passes through the material and is an important factor in the design of optics such as lenses or prisms. The refractive index of an optical window depends on the material of the window and the wavelength of the light.