Labmate Microscope Camera LMMIC-A110
Labmate Microscope Camera LMMIC-A110 features an 8.0 MP SONY color CMOS sensor, delivering high-definition imaging with smooth 30 fps video. It offers progressive scanning, electronic shutter, and manual/auto exposure for precise image capture. HDMI and dual USB interfaces enable versatile connectivity and storage. Freeze function with split screens, adjustable cross lines, and built-in measurement tools enhance analysis and comparison of multiple images.
Product Info
Key Features
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8.0 MP high-resolution SONY CMOS sensor
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30 fps video capture
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Progressive scanning mode
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Manual and auto exposure
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Auto/manual white balance adjustment
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Adjustable cross lines (1–12 groups, configurable size and color)
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Freeze function with two or four split screens
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Measurement functions: distance, angle, circle, rectangle
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HDMI digital output
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Dual USB storage support for images and video
Technical Highlights
Specification Details Sensor Type 8.0 MP, 1/3” SONY Color CMOS Effective Pixels 3480H × 2160V Data Bits 12 bit Pixel Size 1.45 µm × 1.45 µm Frame Rate 30 fps Scanning Mode Progressive Shutter Mode Electronic shutter Dynamic Range >90 dB Signal-to-Noise Ratio 55 dB Sensitivity 2.0 V/lux-sec (550 nm) Exposure Mode Manual / Auto White Balance Auto / Manual Lens Mount C / CS Output Interface HDMI / USB 2.0 (dual) HDMI Output Resolution 1920 × 1080 / 3840 × 2160 Light Source DC 12V / 1A Dimension 53 × 53 × 45 mm Menu Function Dual USB interface for U disk and mouse, adjustable cross lines, freeze function, measurement tools Standard Accessories
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HDMI Cable (1.5 m) – 1 pc
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USB Storage – 1 pc
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Power Adapter (DC 12V / 1A) – 1 pc
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Lens Cleaning Cloth – 1 pc
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Calibration Slide – 1 pc
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Microscope Mount Adapters – 2 pcs
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Protective Carrying Case – 1 pc
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User Manual – 1 pc
Applications
Labmate Microscope Camera LMMIC-A110 is suitable for clinical diagnostics, forensic analysis, life sciences research, material inspection, digital pathology, and industrial quality control. It delivers high-definition, accurate imaging for detailed analysis, documentation, and comparison of microscopic specimens.-
