There are many industries and applications that benefit from SWIR cameras and their technology. These cameras have diverse purposes, including semiconductor inspection, surveillance, medical imaging, and chemical sensing.

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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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Other applications include inspection in the hot glass, welding, and art industries, firefighting, and laser processing.

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There are several crucial advantages that SWIR cameras offer over other imaging technologies. The primary benefit is that SWIR imaging can ‘see through’ fog, smoke, and materials such as glass. They produce high-quality images in low-light conditions but can also be used for daylight imaging. As we’ve already mentioned, SWIR cameras are valuable to a wide range of industries, and these below are some additional reasons why.

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New Imaging Technologies are dedicated to providing state-of-the-art SWIR cameras for a range of imaging applications, with a focus on cost-effective and high-performance solutions. We offer a varied choice of SWIR cameras, with resolutions 320×256, 640×512, 1280×1024, and 2048×1, and support multiple applications with our analog, CameraLink, GigE, SDI, and USB 3.0 options.

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Short-wave infrared (SWIR) cameras are popular in many industries because they possess unique remote sensing capabilities. SWIR cameras and their technologies are frequently used in night vision imaging and to inspect internal structures of objects without having to break them open. As scientists learn more about SWIR light and its properties, the value of SWIR cameras increases. In this blog post, we will look at what SWIR cameras are and why they are becoming so valuable.

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SWIR is also used in the semiconductor industry to inspect parts for defects in the production line or to conduct failure analysis of circuits or wafers. In terms of life sciences, SWIR is used in microscopy to enhance analysis beyond the standard visible range. It can also be used for deep tissue imaging for In-vivo applications.

For surveillance purposes, SWIR cameras are crucial in military applications as they can identify beacons and lasers and see through haze and smoke. In other surveillance settings, SWIR cameras are used because they produce high-quality images in obscured conditions.

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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...

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...

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To summarize this blog post, SWIR cameras are an invaluable imaging tool for various industries due to their unique capabilities. From identifying crop health to seeing through smoke in military settings, SWIR cameras offer solutions and improve efficiency in challenging situations.

SWIR cameras have specialized sensors that detect SWIR light emitted or reflected by objects. Once the light is absorbed, the light is converted into electrical signals by the camera’s electronic system. SWIR cameras are engineered with a photodiode array, a sensor, a camera lens, and an electronic system, which all work together to detect light and convert it into an image.

SWIR light is reflective, invisible light with a wavelength range between 0.9 and 1.7 micrometers. However, the wavelength range can also be classified as 0.7 to 2.5 micrometers. Because SWIR light is reflective, it projects itself off objects and can create shadows and other effects, just like visible light. However, a primary difference between visible and invisible light is that SWIR light can see through fog, smoke, and some other materials. It is an ideal solution for imaging applications in low light or covert conditions.