SWIRScope

InGaAs is not the only material used in SWIR sensors, but InGaAs offers a broader range of SWIR wavelengths and can be used in gas and environmental monitoring applications.

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SWIRimage

When the light impinges onto the photodiode array, it creates a charge that is proportional to light intensity. This charge is then converted to a digital signal which is translated via the SWIR camera’s electronics into an image. Generally, the image is grayscale, with each pixel corresponding to a different shade of gray that represents light intensity at that location.

Boost the throughput of your inspection machine with NIT high-definition, fast-frame-rate InGaAs cameras.  In the fast-paced world of semiconductor and solar panel manufacturing, precise and efficient inspection is crucial. NIT designs and manufactures high-resolution...

Lynred Acquires New Imaging Technologies (NIT), Strengthening Leadership in Infrared Sensors We are pleased to announce that LYNRED, a leading global provider of high-quality infrared sensors for the aerospace, defense and commercial markets is acquiring New Imaging...

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New Imaging Technologies (NIT) was founded in 2007 to provide a comprehensive range of image sensors and cameras. Although the company started with CMOS sensors, the focus swiftly changed to SWIR imaging that utilizes Indium Gallium Arsenide (InGaAs) materials for imaging solutions that work with wavelengths invisible to the human eye.

Swir imagingcamera

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SWIRmeaning

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Sensors used in SWIR cameras are built with a photodiode array, often using InGaAs materials (indium gallium arsenide) which has a bandgap energy smaller than silicon, allowing it to absorb photons with a longer wavelength. When light in the SWIR range passes through the camera lens, it is focused onto the sensor. This sensor consists of multiple pixels arranged in a grid pattern. Each pixel detects the intensity of incoming light and corresponds to a specific location in the image.

Swir imagingapp

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SWIR cameras use sensors to detect the reflection and emission of light in the SWIR wavelength range, which is between 0.9 and 2.5 µm. These cameras consist of a sensor, a lens, a photodiode array, and a conversion system, each playing an important role in detecting light and converting it into an electronic signal.

SWIRcamera price

Our SWIR solutions are designed with high performance and cost-effectiveness in mind to provide imaging options to companies across various industries. Our cameras are available for resolutions 320×256, 640×512, 1280×1024, and 2048×1, and interface options include analog, CameraLink, GigE, SDI, and USB 3.0 to ensure multiple imaging applications are supported.

The many advantages of SWIR cameras make them a favorable option across various industries. SWIR imaging offers high-resolution, high-sensitivity imaging solutions that work well in both light and dark environments, as they can benefit from night glow or night sky radiance<. SWIR cameras do not need expensive lenses or specific casing options, making them a cost-effective imaging technique that is small and powerful.

SWIRsensor

New Imaging Technologies (NIT), a leading innovator in advanced imaging solutions, is proud to announce the launch of its groundbreaking Full HD resolution SWIR camera. This state-of-the-art camera features ultra-low-noise performance at 25e-, designed to meet various...

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One of the reasons SWIR cameras are so popular is that they work effectively in low-light conditions, which is suitable for a range of applications such as agriculture, semiconductor inspection, medical imaging, surveillance, and security. In addition, utilizing InGaAs in photodiode arrays offers high sensitivity and resolution to light in the SWIR range.

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While the ocular lens focuses purely on magnification, the objective lens performs other functions, such as controlling the overall quality and clarity of the ...

FOV is defined as the maximum diameter of the reconstructed image. Its value can be selected by the operator and generally lies in the range 12–50 cm. The ...

SWIRwavelength

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Short-Wave Infrared (SWIR) cameras have become essential imaging tools across agriculture, defense, industrial and medical industries. These cameras utilize SWIR light in the wavelength range of 0.9-2.5 µm, which is invisible to the naked eye, to produce high-resolution images. One of the primary benefits of SWIR imaging techniques is that they can take images through materials that are opaque to certain wavelengths of visible light – materials like glass or polymers, a benefit often unmatched by other technologies. This blog post will provide an overview of how SWIR cameras work and their primary applications.

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