MindVision SWIR camera products are designed for industrial machine vision applications that require short-wave infrared imaging beyond the visible spectrum. With an InGaAs detector response wavelength of 0.4–1.7μm, a Short-wave Infrared Camera can capture image information that standard visible-light cameras may miss.
The MindVision Short-wave Infrared Camera series supports black level correction, good image uniformity, Gigabit network interface and compatibility with machine vision standards. It is suitable for low-light imaging, semiconductor inspection, microscopic imaging, material sorting, scientific research and industrial inspection tasks.
Driver support for Halcon, VisionPro and other software helps engineers integrate the SWIR camera into existing machine vision systems for image acquisition, analysis and automated quality control.
Choose SWIR Camera Models by Resolution and Interface
Compare MindVision SWIR camera models by resolution, sensor size, frame rate, shutter type, interface and wavelength response to match your imaging target, lighting condition and machine vision system requirements.
What Is a SWIR Camera?
A SWIR camera is a short wave infrared camera that captures light in the short-wave infrared spectrum, usually beyond the range visible to the human eye. This allows the camera to detect material differences, moisture, low-light features and surface characteristics that may not be visible under normal lighting.
In industrial machine vision, SWIR cameras are used when visible-light cameras cannot provide enough contrast or when the inspection target has special optical properties in the short-wave infrared range.
———— Advantages of SWIR Cameras in Industrial Inspection————
Low-Light Imaging
SWIR cameras can capture useful image information under low illumination conditions. This makes them suitable for scientific imaging, microscopic imaging and inspection tasks where visible light is limited or unstable.
Revealing Hidden Defects
UV light has shorter wavelengths (10 - 400 nm) than visible light (400 - 780 nm), making it more sensitive to surface irregularities. Our UV cameras, sensitive to 200 - 400 nm wavelengths (optimal for industrial inspection), are ideal for inspecting semiconductor wafers, metal parts, and can detect transparent materials like plastic and PET. Materials can be classified by their unique UV absorption characteristics due to varying UV light absorption rates.
Material Difference Detection
Different materials absorb and reflect short-wave infrared light in different ways. A Short-wave Infrared Camera can help identify material differences, coatings, moisture, contamination or hidden structures that may not be clear in visible-light images.
Application in Transparent Materials
Using UV cameras makes it easier to detect the transparent coatings used in electronic manufacturing. Problems that might be difficult for traditional cameras to handle can be solved as ultraviolet light interacts differently with the coatings and underlying materials. This can create a clear contrast, enabling UV cameras to identify uneven coatings and ensure quality control.
Semiconductor and Wafer Inspection
In semiconductor inspection, SWIR imaging can help observe features related to wafers, silicon materials, alignment, defects and process monitoring. It is useful when standard industrial cameras cannot capture enough contrast for reliable inspection.
Application in Material Sorting
For recycling facilities, effectively sorting transparent materials such as plastics and glass is a challenge, and ultraviolet cameras can be of assistance. Different materials absorb or transmit ultraviolet light to varying degrees. By leveraging this property, UV cameras can efficiently distinguish and separate materials in real-time. Additionally, due to the use of global shutter technology, some models of UV cameras can capture images of fast-moving objects on the sorting line without distortion.
Stable Machine Vision Integration
With Gigabit network interface support and compatibility with machine vision software, MindVision SWIR camera products can be integrated into industrial PCs, inspection platforms and automated production systems.
Predictive Maintenance in Power Systems
Ultraviolet cameras can be a valuable tool for inspecting power systems as part of an integrated predictive maintenance strategy. By detecting the ultraviolet radiation emitted by certain degraded cables, they can help identify potential problems. The high pixel count of some UV camera models allows them to capture clear images even in vast outdoor spaces.
SWIR Camera Applications
Semiconductor Inspection
SWIR cameras can support semiconductor inspection tasks where short-wave infrared imaging helps reveal material features, wafer information or process-related differences that are difficult to observe with visible-light cameras.
Material Sorting
A Short-wave Infrared Camera can be used for material sorting because plastics, minerals, coatings and organic materials may show different reflection or absorption characteristics in the SWIR spectrum.
Microscopic Imaging
For low-light scientific research and microscopic imaging, SWIR cameras can provide additional imaging information beyond the visible spectrum, helping researchers observe details under special lighting conditions.
Low-Illumination Inspection
In production or research environments where illumination is limited, SWIR camera imaging can improve contrast and help maintain stable image acquisition for inspection and analysis.
Need a SWIR Camera for Your Inspection Project?
Tell us your inspection object, wavelength requirement, lighting condition, resolution, interface preference and software environment. MindVision can help recommend a suitable SWIR camera, lens and lighting solution.
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R&D in industrial vision systems, powering smart manufacturing.
Founded in 2013, MindVision is a high-tech industrial camera manufacturer with sites in Shenzhen, Changsha, and Wuxi. We offer a wide range of cameras (area/line/thermal/smart/3D/binocular/custom) supporting USB/GigE/10GigE/Fiber/CXP , used in research, transportation, medical, electronics, PV, semiconductor, and automation. We provide full OEM/ODM customization with complete SDK support, holding 150+ patents and ISO9001.
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