Microscope Camera
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BUC5IB-830C Cooled C-mount USB3.0 CMOS Microscope Camera (IMX485 Sensor, 8.3MP)
BUC5IB series cameras have adopted Exmor CMOS sensor as the image-picking device and USB3.0 is used as the transfer interface to increase the frame rate.
With the two-stage peltier cooling sensor chip to -42 degree below ambient temperature. This will greatly increase the signal to noise ratio and decrease the image noise. Smart structure is designed to assure the heat radiation efficiency and avoid the moisture problem. Electric fan is used to increase the heat radiation speed.
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BUC5IB-2600C Cooled C-mount USB3.0 CMOS Microscope Camera (Sony IMX571 Sensor, 26.0MP)
BUC5IB series cameras have adopted SONY Exmor CMOS sensor as the image-picking device and USB3.0 is used as the transfer interface to increase the frame rate.
With the two-stage peltier cooling sensor chip to -42 degree below ambient temperature. This will greatly increase the signal to noise ratio and decrease the image noise. Smart structure is designed to assure the heat radiation efficiency and avoid the moisture problem. Electric fan is used to increase the heat radiation speed.
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BUC5IB-900C Cooled C-mount USB3.0 CMOS Microscope Camera (Sony IMX533 Sensor, 9.0MP)
BUC5IB series cameras have adopted SONY Exmor CMOS sensor as the image-picking device and USB3.0 is used as the transfer interface to increase the frame rate.
With the two-stage peltier cooling sensor chip to -42 degree below ambient temperature. This will greatly increase the signal to noise ratio and decrease the image noise. Smart structure is designed to assure the heat radiation efficiency and avoid the moisture problem. Electric fan is used to increase the heat radiation speed.
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BUC5IB-4500M Cooled C-mount USB3.0 CMOS Microscope Camera (Sony IMX492 Sensor, 45.0MP)
BUC5IB series cameras have adopted SONY Exmor CMOS sensor as the image-picking device and USB3.0 is used as the transfer interface to increase the frame rate.
With the two-stage peltier cooling sensor chip to -42 degree below ambient temperature. This will greatly increase the signal to noise ratio and decrease the image noise. Smart structure is designed to assure the heat radiation efficiency and avoid the moisture problem. Electric fan is used to increase the heat radiation speed.
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BUC5IB-1030M Cooled C-mount USB3.0 CMOS Microscope Camera (Sony IMX492 Sensor, 10.3MP)
BUC5IB series cameras have adopted SONY Exmor CMOS sensor as the image-picking device and USB3.0 is used as the transfer interface to increase the frame rate.
With the two-stage peltier cooling sensor chip to -42 degree below ambient temperature. This will greatly increase the signal to noise ratio and decrease the image noise. Smart structure is designed to assure the heat radiation efficiency and avoid the moisture problem. Electric fan is used to increase the heat radiation speed.
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BUC5IB-1030C Cooled C-mount USB3.0 CMOS Microscope Camera (Sony IMX294 Sensor, 10.3MP)
BUC5IB series cameras have adopted SONY Exmor CMOS sensor as the image-picking device and USB3.0 is used as the transfer interface to increase the frame rate.
With the two-stage peltier cooling sensor chip to -42 degree below ambient temperature. This will greatly increase the signal to noise ratio and decrease the image noise. Smart structure is designed to assure the heat radiation efficiency and avoid the moisture problem. Electric fan is used to increase the heat radiation speed.
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BUC5IB-1600M Cooled C-mount USB3.0 CMOS Microscope Camera (Panasonic MN34230ALJ Sensor, 16.0MP)
BUC5IB series cameras have adopted SONY Exmor CMOS sensor as the image-picking device and USB3.0 is used as the transfer interface to increase the frame rate.
With the two-stage peltier cooling sensor chip to -42 degree below ambient temperature. This will greatly increase the signal to noise ratio and decrease the image noise. Smart structure is designed to assure the heat radiation efficiency and avoid the moisture problem. Electric fan is used to increase the heat radiation speed.
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BUC5IB-1600C Cooled C-mount USB3.0 CMOS Microscope Camera (Panasonic MN34230PLJ Sensor, 16.0MP)
BUC5IB series cameras have adopted SONY Exmor CMOS sensor as the image-picking device and USB3.0 is used as the transfer interface to increase the frame rate.
With the two-stage peltier cooling sensor chip to -42 degree below ambient temperature. This will greatly increase the signal to noise ratio and decrease the image noise. Smart structure is designed to assure the heat radiation efficiency and avoid the moisture problem. Electric fan is used to increase the heat radiation speed.
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BUC5IB-2000M Cooled C-mount USB3.0 CMOS Microscope Camera (Sony IMX183 Sensor, 20.0MP)
BUC5IB series cameras have adopted SONY Exmor CMOS sensor as the image-picking device and USB3.0 is used as the transfer interface to increase the frame rate.
With the two-stage peltier cooling sensor chip to -42 degree below ambient temperature. This will greatly increase the signal to noise ratio and decrease the image noise. Smart structure is designed to assure the heat radiation efficiency and avoid the moisture problem. Electric fan is used to increase the heat radiation speed.
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BUC5IA-2000C Cooled C-mount USB3.0 CMOS Microscope Camera (Sony IMX183 Sensor, 20.0MP)
BUC5IA series cameras have adopted SONY IMX183 CMOS sensor(20.0MP resolution) and USB3.0 interface to increase the frame rate.
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BUC5IA-2000M Cooled C-mount USB3.0 CMOS Microscope Camera (Sony IMX183 Sensor, 20.0MP)
BUC5IA series cameras have adopted SONY IMX183 CMOS sensor(20.0MP resolution) and USB3.0 interface to increase the frame rate.
The BUC5IA series cameras can be widely used in low light environment and microscope fluorescence image capture and analysis.
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BUC5H-500C USB3.0 Digital Microscope Camera (Sony IMX264LQR-C Sensor, 5.0MP)
BUC5H series USB3.0 digital cameras use Sony sensor, the software has real-time image stitching & depth-of-field fusion function, BUC5H-500C has global shutter, BUC5H-2000C has 1-inch sensor. The BUC5H series cameras can be widely used with bright field, dark field, polarizing, fluorescent microscopes and normal microscope image capture and analysis with high frame rate.