Customization: | Available |
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Warranty: | 1 Year |
Usage: | Teaching, Research |
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Introducing the FHD-911WN-Q, a high sensitivity USB3.0 camera with air cooling designed for industrial applications. This camera offers exceptional image quality, low noise, and high sensitivity. With its 4K resolution and large target surface, it provides ultra high definition digital imaging. Perfect for industrial inspection, quality control, image analysis, and more. Experience the power of industrial automation and machine vision with the FHD-911WN-Q.
Product Name: High Sensitivity USB3.0 Camera with Air Cooling for Industrial Applications
Description: The High Sensitivity USB3.0 Camera with Air Cooling is designed for industrial applications. With its high picture quality, low noise, and 4K resolution, it delivers ultra-high definition digital imaging. Perfect for industrial inspection, quality control, image analysis, and processing, this camera is ideal for industrial automation, machine vision, monitoring, and testing. It is also suitable for manufacturing imaging, digital microscopy, industrial research, and quality assurance.
Model |
FHD-911WN-Q |
Resolution |
3840*2160 |
Pixel Size |
1.85μm |
Optical Size |
1/1.8" |
Color Depth |
12:12:12 RGB |
Frame Rate |
30fps |
Color Adjust |
Manual / Auto |
Luminance Adjust |
Manual / Auto |
Photo Storage Mode |
U Disk Storage |
Measurement function |
Circle, sector, line, line spacing, arbitrary polygon, etc. |
Power Input |
DC 12V, 3A |
Dimension |
93mm x 66mm x47mm |
Work Moisture |
5%~80% |
Work Temperature |
0~60°C |
Display Interface |
FHD Output |
Explore the high sensitivity USB3.0 camera with air cooling designed for industrial applications. This microscope camera offers high picture quality, low noise, and a measurement function. With 4K resolution and ultra high definition, it provides exceptional digital imaging for industrial inspection, quality control, image analysis, and processing. Ideal for industrial automation, machine vision, monitoring, testing, manufacturing imaging, digital microscopy, research, and quality assurance.