SCMOS USB2.0 Digital Biological Microscope Eyepiece Camera

Key Benefits

• Fits directly into the eyepiece tube of a biological microscope, so no external camera body or C-mount is needed
• USB2.0 interface powers the camera and transmits image data, so no separate power supply is required
• Supports resolutions from 1.3MP to 12MP across multiple sensor sizes, so the same camera can serve different inspection tasks
• Frame rates up to 38fps at 1920x1080, so live inspection and motion tracking are smooth
• Exposure time adjustable from 0.1ms to 2000ms, so it can capture fast-moving samples or low-light scenes
• Available with sensors from Aptina, IMX, OV, SC2332 and special custom types, so it matches existing microscope systems

Application Scenarios

• Documenting cell structures or tissue sections for a lab report using a biological microscope with a built-in camera
• Conducting real-time inspection of microfluidic channels or live specimens under a biological microscope
• Capturing high-resolution images of micro-etchings or micro-machined parts for quality control records
• Teaching histology or cell biology with a live image projected to a screen instead of individual eyepieces
• Integrating a digital imaging chain into an older biological microscope that lacks a camera port

Who It Is For

• Clinical, veterinary and research laboratories needing digital documentation of biological samples
• Teaching labs in universities and schools that require shared visual access to microscope images
• Quality control departments inspecting micro-etchings, micro-machined parts or thin-sectioned materials
• Biological and medical researchers performing live imaging or time-lapse studies
• Microscopy technicians upgrading older biological microscopes with digital capture capability

Problems It Solves

• A biological microscope with no camera forces the operator to describe what is seen instead of showing it
• Separate C-mount cameras often do not fit the eyepiece tube diameter or optical path of a biological microscope
• External camera bodies add bulk and require alignment, which can misfocus the image
• Lack of USB2.0 power delivery means needing a separate power supply and cable clutter
• Fixed resolution or low frame rate cameras limit the ability to capture fast motion or high detail

Technical Features

• Direct fit into the eyepiece tube of a biological microscope, no C-mount or external body required
• USB2.0 interface provides both data transmission and power, so no external supply is needed
• Exposure time adjustable from 0.1ms to 2000ms, so it handles both fast and low-light conditions
• Progressive scan sensor mode ensures no motion blur in live or captured images
• Multiple sensor types available including IMX577, IMX274, IMX335, OV9732, SC2332 and custom sensors
• Frame rates up to 38fps at 1920x1080, and up to 30fps at 3840x3040 resolution
• Supports binning at 1x1, so full resolution is preserved when needed
• Operating temperature range 0 degC to 50 degC, suitable for lab and bench environments

Specifications

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

Customization Options

• Choose from 10 available sensor models with different resolutions, pixel sizes and dynamic ranges
• Select a camera model based on the microscope's eyepiece tube diameter and optical path
• Order with a specific sensor type (e.g. IMX577, SC2332) to match existing lab equipment or software
• Request a custom cable length or connector type if needed for integration with a specific system
• Select a model with exposure time range best suited to the sample type (e.g. fast motion or low light)

Comparison With Other Options

Use Guide

• Ensure the eyepiece tube diameter matches the camera's outer diameter before installation
• Connect the camera to a USB2.0 or faster port to achieve full frame rate and power delivery
• Set the exposure time based on sample brightness: use longer times for low-light, shorter for bright or fast-moving samples
• Use the 1x1 binning mode to preserve full resolution; avoid binning if detail is critical
• Confirm the operating system drivers are compatible before use; the source lists Windows 2000 and XP, but newer systems may require updated drivers