Near-infrared imaging recording cooling camera system 'CS-703NIR'
Cooling CMOS Camera 'CS-703NIR'
A low-cost near-infrared camera featuring a Black Silicon sensor with outstanding sensitivity in the near-infrared range has arrived! [Demo units available for loan]
This is a cooled CMOS camera that uses a Black Silicon sensor with high sensitivity in the near-infrared range. Despite being a silicon sensor, it can capture near-infrared light at illumination levels that are not possible with standard CMOS sensors. ★Features - 12-bit output, low noise due to cooling, recording function, USB 5Gbps compatible (*1) - Built-in memory allows for video recording without frame drops - High sensitivity with large pixels of 9.5μm, good image quality even with short exposure times - Equipped with a Black Silicon sensor that has boosted near-infrared sensitivity - Unique cooling technology achieves a high S/N ratio by reducing noise - Ideal for observing moving biological samples and fluorescence from collision tests, etc. - In addition to Peltier cooling, water cooling is also possible for even greater cooling - Complete SDK for controlling the camera from Python, LabVIEW, VC++, and VC# - Camera driver for direct image capture and acquisition from ImageJ ◎ Evaluation loan applications are currently being accepted ◎ If you wish to apply, please contact us using the information below and indicate "Loan Request."
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basic information
【Specifications】 ★Model Number/Image Sensor CS-703NIR (Monochrome: XQE-1350) ★Communication Method Camera Direct USB 5Gbps *1 ★Supported Wavelength Range 350nm~1100nm ★A/D Converter 12bit (4096 Levels) ★Pixel Count 1.3 Megapixels (1 inch) ★Effective Pixels 1280×1024 ★Sensor Light Receiving Size 12.160mm×9.728mm ★Pixel Size 9.5μm×9.5μm ★Shutter Type Rolling Shutter ★Maximum Frame Rate (Number of Records) Full Pixels: 115fps (102 frames) ★Cooling Temperature Ambient Temperature -20~-30℃ ★Shutter Speed From 0.1ms to 10 seconds *1 USB 5Gbps is the new designation for USB3.2 Gen1 (USB3.1 Gen1 / USB3.0). Data transfer may be slower, but it is also compatible with USB2.0. For more details, please contact us.
Price information
¥640,000~
Price range
P4
Delivery Time
Applications/Examples of results
■Real-time observation ■Fluorescent emission observation ■Bioluminescence imaging field ■Time-lapse photography ■Medical field / IPS field ■Life sciences field ■Security field ■Non-destructive and non-invasive inspection etc...
Line up（4）
| Model number | overview |
|---|---|
| CS-700M/C | [Fastest 3030fps high-speed shooting・Global shutter] Ideal for distortion-free real-time recording with excellent sensitivity thanks to large 9μm pixels. |
| CS-701IGA | [Near-infrared SWIR・Cooling] A low-noise cooled SWIR camera with sensitivity from visible light to near-infrared (400~1700nm). High-speed video recording is possible with built-in memory. |
| CS-702M | [16bit・Ultra-high sensitivity pixels with 19μm size・2.76 million pixels cooled CMOS camera] A forced air-cooled model with high sensitivity comparable to 35mm full-size and EM-CCD. |
| CS-703NIR | [12bit・High sensitivity pixels with 9.5μm size・1.31 million pixels cooled CMOS camera] A CMOS sensor model that employs a Black Silicon sensor with high sensitivity in the near-infrared range of 350–1100nm. |
catalog（6）
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Company information
Our company has received high praise for our domestically produced cooling cameras, and for many years we have released various cooling cameras for astrophotography and industrial low-light imaging. A cooling camera is a camera that cools the sensor to below 0°C to reduce noise, allowing for high S/N ratio images even in dark environments or with weak light. We offer a lineup of cameras that can capture faint emissions and special wavelengths such as ultraviolet and near-infrared, which are not possible with regular cameras. Additionally, we also accept custom camera orders, so please feel free to contact us. Applications of cooling cameras: ■ Astronomical observation ■ Detection of weak light ■ Light measurement ■ Biological microscopy ■ Fluorescence microscopy imaging ■ Medical field ■ Special applications such as X-rays, ultraviolet, and near-infrared
