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Microscopic Camera LUMC-C10

Microscopic Camera LUMC-C10 is adopted with digital 1/2.3 inches CMOS Color sensor having dimension of 1.67 µm 1re.m 67 µm, used to improve low light performance and obtain high resolution images. Progressive scanning method is adopted with high sensibility of 0.31 V/lux – sec (550 nm). Its image analysis software includes image previewing, capturing, analysis, processing, sharing function, to give user the latest image processing experience.

Microscopic Camera LUMC-C10

Sensor Model 1/2.3 inches CMOS Color
Sensor Dimension 1.67 µm 1re.m 67 µm
Resolution 3840×2748
Scan Method Progressive scan
Sensibility 0.31 V/lux – sec (550 nm)
Frame Rate 7 fps @3840×2748 , 17 fps @1920×1080 bin
Shutter Electronic Shutter
SNR 40.5 dB
Spectral Response 400 nm to 1000 nm
Data Interface USB 3.0 480MB/s 1.8 M Cable
Power DC 5 V ± 5 %
Current ≈ 200 mA
White Balance Manual / Auto One-key white balance
Auto Exposure control 49 µs – 3 s, Manual / Auto exposure
Lens Mount C Mount
Busy Indicator LED
Working Temperature 0 °C to 60 °C
Working Humidity 45 to 85 %
Software Spectrum see image analysis software with modular designing, including image previewing, capturing, analysing, processing, sharing function. It gives users the latest image processing experience. The software function: image capturing, time lapse, measuring, data exporting image mosaic, depth of field overlaying, text instruction inserting, etc.

  • Progressive scanning mode
    C-mount fitting attachment
    Manual or automatic white area balance
    Image analysis software with modular design
    USB 3.0 480 MB/s 1.8 M Cable data interface
    LED indicator

Microscopic Camera is used for high precision image analysis of low light, bright field, dark field, fluorescence in life science and industrial applications and so on.

Related To Microscopic Camera

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Resolution 3840×2748
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Biological Microscope

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Sensor Model1/2.3 inches CMOS Color
Sensor Dimension1.67 µm 1re.m 67 µm
Resolution3840×2748
Scan MethodProgressive scan
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Sensor Model1/2.3 inches CMOS Color
Sensor Dimension1.67 µm 1re.m 67 µm
Resolution3840×2748
Scan MethodProgressive scan
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Sensor Model1/2.3 inches CMOS Color
Sensor Dimension1.67 µm 1re.m 67 µm
Resolution3840×2748
Scan MethodProgressive scan
Biological Microscope LBM-D11

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Sensor Model1/2.3 inches CMOS Color
Sensor Dimension1.67 µm 1re.m 67 µm
Resolution3840×2748
Scan MethodProgressive scan

Comparison Microscope

Comparison Microscope LCM-A10

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Sensor Model1/2.3 inches CMOS Color
Sensor Dimension1.67 µm 1re.m 67 µm
Resolution3840×2748
Scan MethodProgressive scan

Digital Microscope

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Sensor Model1/2.3 inches CMOS Color
Sensor Dimension1.67 µm 1re.m 67 µm
Resolution3840×2748
Scan MethodProgressive scan
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Sensor Model1/2.3 inches CMOS Color
Sensor Dimension1.67 µm 1re.m 67 µm
Resolution3840×2748
Scan MethodProgressive scan
Digital Microscope LDM-B10
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Sensor Model1/2.3 inches CMOS Color
Sensor Dimension1.67 µm 1re.m 67 µm
Resolution3840×2748
Scan MethodProgressive scan
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Sensor Model1/2.3 inches CMOS Color
Sensor Dimension1.67 µm 1re.m 67 µm
Resolution3840×2748
Scan MethodProgressive scan

Educational Microscope

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Sensor Model1/2.3 inches CMOS Color
Sensor Dimension1.67 µm 1re.m 67 µm
Resolution3840×2748
Scan MethodProgressive scan
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Sensor Model1/2.3 inches CMOS Color
Sensor Dimension1.67 µm 1re.m 67 µm
Resolution3840×2748
Scan MethodProgressive scan
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Sensor Model1/2.3 inches CMOS Color
Sensor Dimension1.67 µm 1re.m 67 µm
Resolution3840×2748
Scan MethodProgressive scan
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Sensor Model1/2.3 inches CMOS Color
Sensor Dimension1.67 µm 1re.m 67 µm
Resolution3840×2748
Scan MethodProgressive scan

Fluorescence Microscope

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Sensor Model1/2.3 inches CMOS Color
Sensor Dimension1.67 µm 1re.m 67 µm
Resolution3840×2748
Scan MethodProgressive scan
Fluorescence Microscope LFM-C10

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Sensor Model1/2.3 inches CMOS Color
Sensor Dimension1.67 µm 1re.m 67 µm
Resolution3840×2748
Scan MethodProgressive scan
Fluorescence Microscope LFM-A20

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Sensor Model1/2.3 inches CMOS Color
Sensor Dimension1.67 µm 1re.m 67 µm
Resolution3840×2748
Scan MethodProgressive scan
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Sensor Model1/2.3 inches CMOS Color
Sensor Dimension1.67 µm 1re.m 67 µm
Resolution3840×2748
Scan MethodProgressive scan

Metallurgical Microscope

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Sensor Model1/2.3 inches CMOS Color
Sensor Dimension1.67 µm 1re.m 67 µm
Resolution3840×2748
Scan MethodProgressive scan
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Sensor Model1/2.3 inches CMOS Color
Sensor Dimension1.67 µm 1re.m 67 µm
Resolution3840×2748
Scan MethodProgressive scan
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Sensor Model1/2.3 inches CMOS Color
Sensor Dimension1.67 µm 1re.m 67 µm
Resolution3840×2748
Scan MethodProgressive scan
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Sensor Model1/2.3 inches CMOS Color
Sensor Dimension1.67 µm 1re.m 67 µm
Resolution3840×2748
Scan MethodProgressive scan

Multi-Viewing Microscope

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Sensor Model1/2.3 inches CMOS Color
Sensor Dimension1.67 µm 1re.m 67 µm
Resolution3840×2748
Scan MethodProgressive scan
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Sensor Model1/2.3 inches CMOS Color
Sensor Dimension1.67 µm 1re.m 67 µm
Resolution3840×2748
Scan MethodProgressive scan
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Sensor Model1/2.3 inches CMOS Color
Sensor Dimension1.67 µm 1re.m 67 µm
Resolution3840×2748
Scan MethodProgressive scan
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Sensor Model1/2.3 inches CMOS Color
Sensor Dimension1.67 µm 1re.m 67 µm
Resolution3840×2748
Scan MethodProgressive scan

Stereo Microscope

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Sensor Model1/2.3 inches CMOS Color
Sensor Dimension1.67 µm 1re.m 67 µm
Resolution3840×2748
Scan MethodProgressive scan
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Sensor Model1/2.3 inches CMOS Color
Sensor Dimension1.67 µm 1re.m 67 µm
Resolution3840×2748
Scan MethodProgressive scan
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Sensor Model1/2.3 inches CMOS Color
Sensor Dimension1.67 µm 1re.m 67 µm
Resolution3840×2748
Scan MethodProgressive scan
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Sensor Model1/2.3 inches CMOS Color
Sensor Dimension1.67 µm 1re.m 67 µm
Resolution3840×2748
Scan MethodProgressive scan

Polarizing Microscope

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Sensor Model1/2.3 inches CMOS Color
Sensor Dimension1.67 µm 1re.m 67 µm
Resolution3840×2748
Scan MethodProgressive scan
Polarizing Microscope LPM-A11

Polarizing Microscope LPM-A11

Sensor Model1/2.3 inches CMOS Color
Sensor Dimension1.67 µm 1re.m 67 µm
Resolution3840×2748
Scan MethodProgressive scan
Polarizing Microscope LPM-B10

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Sensor Model1/2.3 inches CMOS Color
Sensor Dimension1.67 µm 1re.m 67 µm
Resolution3840×2748
Scan MethodProgressive scan

Atomic Force Microscope

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Sensor Model1/2.3 inches CMOS Color
Sensor Dimension1.67 µm 1re.m 67 µm
Resolution3840×2748
Scan MethodProgressive scan
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Sensor Model1/2.3 inches CMOS Color
Sensor Dimension1.67 µm 1re.m 67 µm
Resolution3840×2748
Scan MethodProgressive scan
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