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Infrared lens material

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These uncoated Infrared Plano-Convex lenses are constructed with materials that are well-matched for IR applications, especially focusing. Sapphire lenses feature high compressive strength, high melting point, excellent thermal conductivity and resistance to strong acids, making them suitable for high power and high pressure applications in vacuum or corrosive atmospheres for wavelengths between 150-5,000 nm. Zinc Selenide lenses operate between 600 nm and 16 µm wavelengths and are ideal for CO2 laser applications and mid-IR femtosecond pulse applications. Calcium Fluoride lenses provide high average transmission and low chromatic aberration for wavelengths between 180-8,000 nm and are also suitable for near-IR femtosecond pulse applications. AMTIR-1 lenses are our most economical IR lenses for wavelengths between 800 nm to 16 µm.

The fly eye lens array is a unique optical component inspired by the compound eyes of insects. This intricate assembly comprises numerous micro-lenses, ...

IRlens glasses

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Enhance laser performance with lenses, mirrors, and high-power optics, and improve laser gain with non-linear and magneto-optic crystals from Coherent.

Infrared lens photography

These uncoated Infrared Plano-Convex lenses are constructed with materials that are well-matched for IR applications, especially focusing. Sapphire lenses feature high compressive strength, high melting point, excellent thermal conductivity and resistance to strong acids, making them suitable for high power and high pressure applications in vacuum or corrosive atmospheres for wavelengths between 150-5,000 nm. Zinc Selenide lenses operate between 600 nm and 16 µm wavelengths and are ideal for CO2 laser applications and mid-IR femtosecond pulse applications. Calcium Fluoride lenses provide high average transmission and low chromatic aberration for wavelengths between 180-8,000 nm and are also suitable for near-IR femtosecond pulse applications. AMTIR-1 lenses are our most economical IR lenses for wavelengths between 800 nm to 16 µm.

Opticallenses

Photo about Japan, Tokyo - March 9, 2020: Fujifilm camera with fujinon aspherical lens on black background. Image of frame, logo, glass - 175046035.

To update your phone number, you'll need to wait until the next time you're asked to verify your account to get it updated, you can force...

IRlens filter

How to Use a Magnifier. Hold the lens up next to your eyes while bringing the object close to it - about a few centimeters from your face. · How Many Times? The ...

Products · Camera Accessories · Cables · GPIO Cables with 8-pin Hirose HR25 Circular Connector. GPIO Cables with 8-pin Hirose HR25 Circular Connector.

Jun 27, 2023 — The primary purpose of an anti-reflective (AR) treatment for prescription eyewear lenses is to allow more light to pass through the lens and ...

Infrared lens for camera

The lens formula is 1/f = 1/Do + 1/Di where f is the focal length of the lens, Do is the distance from the object to the lens and Di is the distance of the ...

Infrared lens for iPhone

Jul 29, 2015 — 50 Megapixels Sucks! ... To be clear: 50 megapixel images always look better than the lower resolution images, even when technique isn't perfect.

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Spanner Wrench Sets.. *Images for reference only. Product Description: Kochek's spanner wrench sets provide great grip and torque to adjust your fire ...