Products
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BUC6A-600C C-mount USB3.0 CCD Microscope Camera (Sony ICX694AQG Sensor, 6.0MP)
BUC6A series USB3.0 CCD digital camera adopt Sony ExView HAD CCD sensor as the image capture device. Sony ExView HAD CCD is a CCD that drastically improves light efficiency by including near infrared light region as a basic structure of HAD (Hole-Accumulation-Diode) sensor. USB3.0 is used as the data transfer interface.
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BUC6A-900M C-mount USB3.0 CCD Microscope Camera (Sony ICX814ALG Sensor, 9.0MP)
BUC6A series USB3.0 CCD digital camera adopt Sony ExView HAD CCD sensor as the image capture device. Sony ExView HAD CCD is a CCD that drastically improves light efficiency by including near infrared light region as a basic structure of HAD (Hole-Accumulation-Diode) sensor. USB3.0 is used as the data transfer interface.
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BUC6A-900C C-mount USB3.0 CCD Microscope Camera (Sony ICX814AQG Sensor, 9.0MP)
BUC6A series USB3.0 CCD digital camera adopt Sony ExView HAD CCD sensor as the image capture device. Sony ExView HAD CCD is a CCD that drastically improves light efficiency by including near infrared light region as a basic structure of HAD (Hole-Accumulation-Diode) sensor. USB3.0 is used as the data transfer interface.
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BUC6A-1200M C-mount USB3.0 CCD Microscope Camera (Sony ICX834ALG Sensor, 12.0MP)
BUC6A series USB3.0 CCD digital camera adopt Sony ExView HAD CCD sensor as the image capture device. Sony ExView HAD CCD is a CCD that drastically improves light efficiency by including near infrared light region as a basic structure of HAD (Hole-Accumulation-Diode) sensor. USB3.0 is used as the data transfer interface.
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BUC5IC-2400AC TE-Cooling M52/C-mount USB3.0 CMOS Microscope Camera (Sony IMX410 Sensor, 24MP)
BUC5IC series camera adopts SONY Exmor or GSENSE with big pixel size or full-frame 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 -40°C 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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BUC5IC-6200AC TE-Cooling M52/C-mount USB3.0 CMOS Microscope Camera (Sony IMX455 Sensor, 61MP)
BUC5IC series camera adopts SONY Exmor or GSENSE with big pixel size or full-frame 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 -40°C 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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BUC5IC-400CM TE-Cooling M52/C-mount USB3.0 CMOS Microscope Camera (GSENSE400BSI Sensor, 4.2MP)
BUC5IC series camera adopts SONY Exmor or GSENSE with big pixel size or full-frame 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 -40°C 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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BUC5IC-6200AM TE-Cooling M52/C-mount USB3.0 CMOS Microscope Camera (Sony IMX455 Sensor, 61MP)
BUC5IC series camera adopts SONY Exmor or GSENSE with big pixel size or full-frame 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 -40°C 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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BS-1008 Monocular Zoom Microscope Lens
BS-1008 adopts semi-apochromatic parallel optical imaging system, and uses advanced multi-layer coating technology, which perfectly correct the imaging on the edge of field of view, get high-resolution and high contrast images, and naturally restore the true colors of observed objects.
For applications that require different magnification, Auxiliary Lens or infinity objectives with different magnification can be attached to the front end of the Middle Zoom Module.
For application that require different sensor size, TV Lens with different magnification can be attached to the back end of the Middle Zoom Module.
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BS-1008D Series HDMI Digital Zoom Microscope
BS-1008D series all-in-one zoom digital microscope is shown as follows. It has 8x continuous zoom lens BS-1008-WXXX-TV050, 1080p HDMI camera H1080PA and LED ring light source.
The H1080PA module can directly complete the video and image acquisition without a computer, and the LED ring light source module is directly connected to the H1080PA module through the main body of the optical continuous zoom lens with no need of the external power supply.
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BS-1080M Motorized Zoom Measuring Video Microscope
BS-1080M series motorized zoom measuring video microscope has motorized control of zoom magnification. These series microscopes have free calibration feature, the magnification can be shown on the screen. Working with different CCD adapters, auxiliary objectives, stands, illumination and 3D attachment, these series motorized zoom measuring video microscopes can meet most of the requirements in SMT, electronics and semiconductor areas.
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BS-1080B Monocular Zoom Microscope
BS-1080 Series Monocular Zoom microscopes adopt apochromatic parallel optical imaging system and provide high resolution and sharp stereoscopic images. This series microscopes are designed for the applications in the fields of machine vision, industrial inspection and scientific research. Modularization product portfolio and excellent optical performance make them a better choice in these areas.