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.

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.

Sensor type CCD Sony ICX285 sensor
Camera type Black and white or color camera
Sensor size 2/3”
Resolution 5.0 MP
Spectral Range 380 to 650 nm (with IR-cut Filter)
White Balance ROI White Balance/ Manual Temp Tint Adjustment
Recording System Still Picture and Movie
Cooling System Natural
Sensor type CMOS Sony IMX253 sensor
Camera type Black & white or colored camera
Sensor size 1”
Resolution 12 MP
Sensor type CCD Sony ICX285 sensor
Camera type Black and white or color, Cool (to be fit for low temperature) camera
Sensor size 2/3”
Resolution 1.4 MP
Sensor type CMOS Sony IMX123 sensor
Camera type Colored
Sensor size 1/ 2.8”
Resolution 3.0 MP
Sensor type CCD Sony ICX285 sensor
Camera type Black and white or color camera
Sensor size 2/3”
Resolution 1.4 MP
Sensor type CMOS Sony IMX178 sensor
Camera type Colored
Sensor size 1 / 1.8 inch
Resolution 5.0 MP
Sensor type CMOS Sony IMX185 sensor
Camera type Colored
Sensor size 1/1.9”
Resolution 2.3 MP
Sensor Model 16M/MN34120(C), 1/2.33 inch (6.18×4.66) CMOS color sensor
Sensor Dimension 1.335×1.335 µm pixels
Resolution 16 MP
G Sensitivity Dynamic Range SN Ratio R: 2453LSB Gr: 2444LSB Gb: 1054LSB B: 996LSB
Optical System Infinity color correct optical system
Viewing Head 45˚ inclined trinocular viewing head, 360˚ rotatable interpupillary distance 50 to 75 mm, binocular trinocular 100:0 or 0:100
Eyepiece High eye point wide field plan eyepiece PL10X 22 mm, with adjustable diopter, reticle attachable
Objective Long working distance plan achromatic metallurgical objectives 5X, 10X, 20X, 50X, 100X
Viewing head Trinocular Head Inclined at 30°, Interpupillary distance: 48 to 75 mm
Optical system Infinite Optical System
Light distribution Halogen Lamp 6 V/ 30 W
Eyepiece High-point, Extra Wide Field Eyepiece EW10×/ 22
Viewing head Binocular Viewing Tube, Interpupillary distance 52 to 75 mm, 45°inclined, dioptre adjustable
Optical System Infinite Optical System
Light distribution 6 V 30 W Halogen Lamp House 6 V 30 W Osram Halogen Bulb Electrics for 6 V 30 W Halogen 250V/3.15 A Φ5 × 20 Fuse
Eyepiece WF10X/20 mm Plan Eyepiece, High eye-point up to 21 mm Centering Telescope
Spectral Range 380 to 650 nm (with IR-cut Filter)
White Balance ROI White Balance/ Manual Temp Tint Adjustment
Recording System Still Picture and Movie
Cooling System Natural
Sensor Model 1/2.3 inches CMOS Color
Sensor Dimension 1.67 µm 1re.m 67 µm
Resolution 3840×2748
Scan Method Progressive scan
Sensor type CMOS Sony IMX178 sensor
Camera type Colored
Sensor size 1 / 1.8 inch
Resolution 5.0 MP
Viewing Head Siedentopf type binocular head, 30° inclined, eyepiece rotation 360º<br/>Interpupillary adjustable distance 50 to 75 mm
Eyepiece WF10X/20 mm, WF10X/20 mm (reticle 0.1 mm)
Nosepiece Quintuple click stop revolving mechanism with multiple ball bearing
Condenser Swing type N.A. 1.25 with iris diaphragm and filter
Optical System Finite optical system
Viewing head Trinocular viewing head, 30° inclined
Polarizing Attachment Polarizer: Sliding in/out of optical path, located on the top of collector<br/> Analyzer: Rotatable analyzer with gradation 0°-90°<br/> Bertrand lens: Bertrand lens, sliding in/out of optical path<br/> Optical Compensator: λ Slip (first class red), 1/4λ Slip, Quartz wedge
Eyepiece Eyepiece WF10X/18 with Division eyepiece 10X/18 mm 0.10 mm/div
Viewing Head Polarizing siedentopf trinocular head 30° inclined, eyepiece rotation 360°<br/>Interpupillary adjustable distance 48 to 76 mm<br/>Light distribution 100:1 (100% for eyepiece)
Eyepiece WF10X/20 mm, WF10X/20 mm (reticle 0.1 mm)
Nosepiece Quintuple, center adjustable
Condenser Swing out type N.A. 0.9/0.13 polarizing unit, (with scale, rotable 3600, can be locked)
Optical System Infinity Optical System F=200mm
Viewing Head Trinocular Tube, 30°inclined, Interpupillary distance 52 to 75 mm, trinocular light is split 50/50 by a high quality prism (20/80 is optional)
Eyepiece WF10X/20mm with the high point
Infinity Objective Plan Achromatic 4X/0.10<br/> Plan Achromatic 10X/0.25<br/> Plan Achromatic 40X/0.65<br/> Plan Achromatic 100X/1.25 (S,O)
Optical System Finite Optical System
Viewing Head Binocular viewing head, 30° inclined, 360° rotation, interpupillary distance 48 to 75 mm
Magnification 40X to 1600X
Objectives 195 Achromatic objectives 4x, 10x, 40x (Spring), 100x (Spring, oil)
Optical System Finite Optical System
Viewing Head Binocular viewing head, 30° inclined, 360° rotation, interpupillary distance 48 to 75 mm
Magnification 40X to 1600X
Objectives Plan Achromatic objectives 4x, 10x, 40x (Spring), 100x (Spring, oil)