The MAGUS CBF70 digital camera (MAGUS, SKU: 83201) is a professional microscopic imaging device that allows you to record photos and videos, take measurements, and present images on an external screen. The 4/3" SONY Exmor CMOS sensor provides high image quality even in low light. The camera is designed to work with 4x–40x magnification lenses in the bright field method.
• five operating modes: maximum 5280×3954 px at 17 fps and 584×438 px at 192 fps
• SONY Exmor CMOS 4/3" color matrix, 21 MP
• high light sensitivity and wide field of view
• USB 3.0 interface with a throughput of 5 Gb/s
• compatible with C-type adapters and rings for various tubes
• ability to perform measurements after software calibration
• recording movies and saving images in popular graphic and video formats
• MAGUS CBF70 digital camera
• USB cable
• installation CD with drivers and software
• user manual and warranty card
• Product ID: 83201
• brand: MAGUS
• warranty: 5 years
• EAN: 5905555019239
• package size (L × W × D): 15×15×10 cm
• shipment weight: 0.6 kg
• sensor: SONY Exmor CMOS
• type: colorful
• resolution: 5280×3954 px
• megapixels: 21
• matrix size: 4/3" (17.4×13.0 mm)
• pixel size: 3.3×3.3 µm
• Light sensitivity: 399 mV at 1/30 s
• Signal to noise ratio: 0.1 mV at 1/30 s
• exposure time: 0.1 ms – 15 s
• frames per second: 17 (5280×3954), 17 (3952×3952), 56 (2640×1976), 67 (1760×1316), 192 (584×438)
• mounting location: trinocular head tube, eyepiece tube
• image formats: *.jpg, *.bmp, *.png, *.tif
• video formats: *.wmv, *.avi, *.h264, *.h265
• shutter type: ERS (electronic)
• white balance: manual, automatic
• exposure time: manual, automatic
• programmable options: image size, brightness, exposure time
• output: USB 3.0
• software: MAGUS View
• mounting type: type C
• body: durable aluminum
• power supply: 5 V from USB port
• operating temperature range: –10...+50°C
• operating humidity range: 30–80%
The CBF70 model is designed for advanced applications in laboratories and teaching rooms, where image quality and the ability to smoothly track dynamic microscopic processes are important.
