USB3.0 CMOS SONY C-mount Digital Microscope Camera

Key Benefits

• USB3.0 interface enables high-speed data transfer up to 480Mbit/sec for real-time imaging
• Global shutter in M-5 Pro reduces motion blur for fast-moving samples or image stitching
• 1-inch sensor in M-20 delivers 20 megapixel resolution for large field-of-view imaging
• 16 megapixel M-16 provides detailed brightfield images with accurate color rendition
• All models support manual exposure, gain, noise reduction, and flat field correction for consistent image quality
• Mosaic V2.0 software enables automatic exposure, white balance, and color scale adjustment
• C-mount compatibility allows direct integration with most standard microscope bodies

Application Scenarios

• Real-time image stitching in semiconductor or PCB inspection where motion artifacts must be minimized
• High-resolution brightfield imaging of biological or metallurgical samples requiring detailed texture and color
• Automated inspection lines using high frame rate capture for fast-moving conveyor systems
• Laboratory documentation where consistent exposure and color accuracy are required across multiple samples
• Research applications needing manual control over exposure, gain, and noise reduction for low-light conditions

Who It Is For

• Electronics manufacturers performing SMD and BGA inspection with automated image capture
• Research and clinical labs requiring high-resolution, color-accurate imaging
• Quality control departments needing real-time image stitching for defect tracking
• Universities and teaching labs using digital cameras for student demonstrations and documentation
• Metallurgy and materials science labs conducting brightfield analysis of microstructures

Problems It Solves

• Fixed frame rate or low resolution in older CCD cameras limits the ability to capture fast-moving or high-detail samples
• Lack of global shutter in rolling shutter cameras causes image distortion during rapid motion or stitching
• Inconsistent exposure and white balance across images require manual correction after capture
• No software control over gain, noise reduction, or flat field correction leads to uneven image quality
• C-mount incompatibility forces users to buy additional adapters or custom mounts

Technical Features

• USB3.0 interface supports data transfer speeds up to 480Mbit/sec
• Global shutter technology in M-5 Pro reduces motion artifacts during fast imaging
• Rolling shutter in M-20, M-6, and M-16 suitable for static or slow-moving samples
• C-mount thread standard (0.800-32UN) for direct attachment to microscope bodies
• Support for Mosaic V2.0 software on Windows for automatic exposure, white balance, and color scale
• Manual control over exposure, gain, noise reduction, gamma, and flat field correction
• Color temperature range 2000K-15000K for flexible lighting adaptation
• 12-bit ADC depth for improved dynamic range and detail in shadows and highlights

Specifications

Specifications are taken from the AMADA product data for this item. Confirm critical dimensions with us in writing before ordering.

Customization Options

• Select model based on resolution, frame rate, and sensor size needs
• Choose between global shutter (M-5 Pro) or rolling shutter (others) based on motion requirements
• Use Mosaic V2.0 software for automated calibration and image consistency
• Adjust manual settings for exposure, gain, and noise reduction to match sample lighting
• Integrate with C-mount microscope bodies using standard 0.800-32UN thread

Comparison With Other Options

Use Guide

• Connect the camera to a USB3.0 port on a PC with Intel Core i5 or better for full performance
• Install Mosaic V2.0 software for automatic exposure and white balance control
• Use manual settings only when automatic control fails under non-standard lighting
• For real-time image stitching, use M-5 Pro with global shutter to avoid motion artifacts
• Ensure the microscope's C-mount is clean and properly aligned before attaching the camera
• Test frame rate and resolution settings in the software before starting long capture sessions
• Use flat field correction in software to reduce illumination non-uniformity across the image