Advanced digital microscope equipped with Sony progressive scanning high-performance chips, especially suitable for scientific research and interactive teaching in colleges and universities
Product performance characteristics
Seamless integrated digital body with dust-proof, moisture-proof, and detachable features
● Adopting Sony IMX185 CMOS, a high-performance progressive scanning chipset from Japan
USB 3.0 high-speed communication, high resolution, and perfect color reproduction processing
Ultra FineTM patented color rendering technology
Powerful OPTPro microscopic image analysis software
Professional functions such as measurement, counting, image stitching, and fusion
The ideal choice for digital interactive classroom teacher hosts
Performance parameters of digital cameras
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BK6000E630 | BK6000E2000 |
Image sensor model | SONY IMX178 CMOS | SONY IMX183 CMOS |
Scanning method | Progressive | Progressive |
Maximum Resolution | 3072x 2048 (6.3 million pixels) | 20 million pixels |
Sensor size (diagonal) | 1/1.8 "(diagonal 8.923mm) | 1“ |
pixel size | 2.4µm x 2.4µm | 2.4µm x 2.4µm |
Imaging area size | 7.37mm(H) x 4.92mm(V) | 13.056 mm x8.755 mm |
Video format and frame rate | 15@3072x2048 , 26@1536x1024 | 5@5440x3648, 10@4096x2160 15@2736x1824 , 30@1824x1216 |
Exposure range and method | 0.1ms~2s, ROI automatic or manual | 0.1ms-15s, ROI automatic or manual |
white balance | ROI white balance/manual Temp Tit adjustment | ROI white balance/manual Temp Tit adjustment |
Color restoration technology | Ultra Fine TM Color Processing Engine | Ultra Fine TM Color Processing Engine |
Record Mode | Images and videos | Images and videos |
Cooling method* | natural cooling | natural cooling |
Microscope performance parameters
optical system | OTICS infinite distance chromatic aberration correction optical system |
Magnification range | 40×~1600× |
eyepiece | 10X large field of view, high eye point flat field eyepiece, with a field of view of Φ 22mm |
objective | Infinite flat field achromatic objective lens 4 ×/10 ×/20 × (S)/40 × (S)/60 × (S)/100 × (S, O) |
Infinite flat field half complex achromatic objective lens 4 ×/10 ×/20 × (S)/40 × (S)/100 × (S, O) | |
observing tube | Hinged binocular observation tube, tilted at 30 °, with pupil distance adjustable between 48mm and 76mm Synchronous splitting, splitting ratio: 80% observation, while 20% photography |
converter | Internal tilting five hole converter with internal positioning |
Focusing device | Coarse and micro coaxial focusing, coarse adjustment stroke 25mm, fine adjustment per turn 0.2mm, grid value 2 µ m Coarse adjustment belt with elastic adjustment and focusing upper limit device |
stage | Steel wire drive stage (X-axis not protruding), area 182mm × 140mm, movement range 77mm × 52mm, double clip structure |
condenser | N. A.0.9/0.13 Shake out spotlight with variable light bar |
Lighting System | 6V/30W halogen lamp or 5W LED (wide voltage input: 100V~240V), field of view light bar, adjustable center |
Fluorescent device | Six hole rotary table falling fluorescence device (optional B, G, Uv, V and other special color filters) 100W digital mercury lamp power supply |
Six hole rotary table falling fluorescence device (optional B, G, Uv, V color filters) 5W LED fluorescent power supply |
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Phase contrast device | Five hole rotary disc phase contrast device (10 ×/20 ×/40 ×/100 × infinite flat field phase contrast objective lens)/independent phase contrast device |
Dark field device | Dark field spotlight (dry, wet) |
Polarizing device | Polarizer, analyzer |