Microscopic camera LUMC-B10

Microscopic camera LUMC-B10 is adopted with digital image CMOS Sony IMX253 sensor, used to improve low light performance and obtain high resolution images. Its image analysis software includes image previewing, capturing, analyzing, processing and sharing to give user the latest image processing experience.

  • Sensor type CMOS Sony IMX253 sensor
    Camera type Black & white or colored camera
    Sensor size 1”
    Resolution 12 MP
    Pixel size 3.1 × 3.1 µm
    Total active pixels 4090 × 3072
    Frame rate 40 fps at 4090×3072
    Scan method Progressive scan mode
    Exposure time 10 µs to 600 minutes
    Exposure control Manual/Auto/Area Exposure
    Shutter ESR & global reset
    Dynamic rate 66 dB
    SNR 24 dB
    Spectral response range 350 to 1100 nm
    Data interface USB 3.0, up to 56 bps, 1.8 meter cable
    Power DC 12V ± 5%
    Current Appx. 500 mA
    White balance Manual/Auto/Area white balance
    Product indicator Power LED , RS 485 communication light
    Less mount C- mount
    Working temperature 0 to 60°C
    Working Humidity 0 to 85 % RH
    Product Dimension 29 × 29 × 60 mm
    Gross weight 700 g
    • 12 MP with USB 3.0 specification
    • CMOS Sony IMX253 sensor type
    • C-mount fitting attachment
    • Aluminum alloy shell with PCB components design
    • 40 frames per second for smooth live images
    • Manual or automatic white area balance
    • Progressive scanning mode
    • Image analysis software with modular design
  • Used for microscopic imaging, visual inspection, and measurement of test specimen across life science, gemology, archeology, forensic science and other industries.

  • Accessories No.Name
    11.8 meters USB 3.0 cable
    2Drive & application CD
  • Accessories No.Name
    1PCI-E USB3.0 card
    2USB3.0- Optical fiber
    3USB3.0- Converter cable

Microscopic Camera LUMC-C11

  • 16M/MN34120(C), 1/2.33 inch (6.18×4.66) CMOS color sensorSensor Model
  • 1.335×1.335 µm pixelsSensor Dimension
  • 16 MPResolution
  • R: 2453LSB Gr: 2444LSB Gb: 1054LSB B: 996LSBG Sensitivity Dynamic Range SN Ratio

Microscopic camera LUMC-B11

  • CMOS Sony IMX185 sensorSensor type
  • ColoredCamera type
  • 1/1.9”Sensor size
  • 2.3 MPResolution

Microscopic Camera LUMC-A11

  • CCD Sony ICX285 sensorSensor type
  • Black and white or color cameraCamera type
  • 2/3”Sensor size
  • 1.4 MPResolution
Microscopic Camera LUMC-A10
  • CCD Sony ICX285 sensorSensor type
  • Black and white or color, Cool (to be fit for low temperature) cameraCamera type
  • 2/3”Sensor size
  • 1.4 MPResolution
Microscopic Camera LUMC-B13
  • 380 to 650 nm (with IR-cut Filter)Spectral Range
  • ROI White Balance/ Manual Temp Tint AdjustmentWhite Balance
  • Still Picture and MovieRecording System
  • NaturalCooling System

Microscopic Camera LUMC-C10

  • 1/2.3 inches CMOS ColorSensor Model
  • 1.67 µm 1re.m 67 µmSensor Dimension
  • 3840×2748Resolution
  • Progressive scanScan Method

Microscopic Camera LUMC-B20

  • CMOS Sony IMX178 sensorSensor type
  • ColoredCamera type
  • 1 / 1.8 inchSensor size
  • 5.0 MPResolution

Microscopic camera LUMC-B12

  • CMOS Sony IMX123 sensorSensor type
  • ColoredCamera type
  • 1/ 2.8”Sensor size
  • 3.0 MPResolution
Microscopic Camera LUMC-A12
  • CCD Sony ICX285 sensorSensor type
  • Black and white or color cameraCamera type
  • 2/3”Sensor size
  • 5.0 MPResolution

Biological Microscope LBM-D11

  • Finite Optical SystemOptical System
  • Binocular viewing head, 30° inclined, 360° rotation, interpupillary distance 48 to 75 mmViewing Head
  • 40X to 1600XMagnification
  • Plan Achromatic objectives 4x, 10x, 40x (Spring), 100x (Spring, oil)Objectives

Biological Microscope LBM-D10

  • Finite Optical SystemOptical System
  • Binocular viewing head, 30° inclined, 360° rotation, interpupillary distance 48 to 75 mmViewing Head
  • 40X to 1600XMagnification
  • 195 Achromatic objectives 4x, 10x, 40x (Spring), 100x (Spring, oil)Objectives
Biological Microscope LBM-C20
  • Infinity Optical System F=200mmOptical System
  • 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)Viewing Head
  • WF10X/20mm with the high pointEyepiece
  • Plan Achromatic 4X/0.10
    Plan Achromatic 10X/0.25
    Plan Achromatic 40X/0.65
    Plan Achromatic 100X/1.25 (S,O)
    Infinity Objective
Comparison Microscope LCM-A10
  • 2.5X ~ 120XOptical magnification range
  • WF 10X / Ø 22 mm, WF 10X / Ø 14 mmEyepiece
  • 3 mega pixels, 1024 × 768 resolution
    Support USB numerical VGA/AV/DAI output
    Match with digital camera port
    video recording system
  • 100 mmWorking distance

Stereo Microscope LSM-A10

  • Sharp stereo erect image over a wide field of view
    Supplied with pillar style stand
    Main body
  • 45° inclined and 360° rotable binocular head with locked-in eyepiece
    Left ocular tube with diopter adjustment ±5 dp
    Interpupillary distance 55-75 mm
    Viewing head
  • WF10XEyepiece
  • 2x-4xRotational objective

Stereo Microscope LSM-A11

  • Sharp stereo erect image over a wide field of view
    Supplied with arm curved style stand
    Main body
  • 45° inclined and 360° rotable binocular head with locked-in eyepiece
    Left ocular tube with diopter adjustment ±5 dp
    Interpupillary distance 55mm-75mm
    Viewing head
  • WF10XEyepiece
  • 2x-4xRotational objective
Stereo Microscope LSM-B10
  • Parallel zoom optical systemOptical system
  • Binocular head, inclined at 20°Viewing Head
  • Extra wide field EW10X/22 mmEyepiece
  • 0.8X to 5XZoom Stereo Objective
Polarizing Microscope LPM-A10
  • Siedentopf type binocular head, 30° inclined, eyepiece rotation 360º
    Interpupillary adjustable distance 50 to 75 mm
    Viewing Head
  • WF10X/20 mm, WF10X/20 mm (reticle 0.1 mm)Eyepiece
  • Quintuple click stop revolving mechanism with multiple ball bearingNosepiece
  • Swing type N.A. 1.25 with iris diaphragm and filterCondenser

Polarizing Microscope LPM-B10

  • Finite optical systemOptical System
  • Trinocular viewing head, 30° inclinedViewing head
  • Polarizer: Sliding in/out of optical path, located on the top of collector
    Analyzer: Rotatable analyzer with gradation 0°-90°
    Bertrand lens: Bertrand lens, sliding in/out of optical path
    Optical Compensator: λ Slip (first class red), 1/4λ Slip, Quartz wedge
    Polarizing Attachment
  • Eyepiece WF10X/18 with Division eyepiece 10X/18 mm 0.10 mm/divEyepiece

Polarizing Microscope LPM-A11

  • Polarizing siedentopf trinocular head 30° inclined, eyepiece rotation 360°
    Interpupillary adjustable distance 48 to 76 mm
    Light distribution 100:1 (100% for eyepiece)
    Viewing Head
  • WF10X/20 mm, WF10X/20 mm (reticle 0.1 mm)Eyepiece
  • Quintuple, center adjustableNosepiece
  • Swing out type N.A. 0.9/0.13 polarizing unit, (with scale, rotable 3600, can be locked)Condenser
Educational Microscope LEM-A11
  • Finite Optical SystemOptical System
  • Siedentopf binocular head, inclined at 30°
    eyepiece tube rotation 360°
    Viewing head
  • Wide field eyepiece WF 10X / 18 mmEyepiece
  • Double layer mechanical stage: 110 × 125 mmStage
Educational Microscope LEM-B10
  • Finite Optical SystemOptical System
  • Siedentopf binocular head, interpupillary distance range 48 - 75 mm, eyepiece tube rotation 360ºViewing head
  • WF 10X / 18 mmEyepiece
  • Achromatic objective 4x, 10x, 40x(s), 100x(s,oil)Type of Objective

Educational Microscope LEM-A10

  • Finite Optical SystemOptical System
  • Siedentopf binocular head, inclined at 30°
    eyepiece tube rotation 360°
    Viewing head
  • Wide field eyepiece WF 10X / 18 mmEyepiece
  • Double layer mechanical stage: 142 × 132 mm
    Moving range: 75 × 50 mm
    Stage