5M USB2.0 Industrial Microscope Camera 1/2.8” AM500

Feature:

High Quality, High Resolution, Clear Images

1080P VGA output

SD Card Video Recorder

1920×1080 FULL HD Panasonic Image sensor

1/2.86 inch sensor

1920*1080 Valid pixels

The pixel size is 2.75×2.75um

All metal shell

Certificate: CE,FC,RoHS

Industry CMOS Camera. It can Show the live image directly on any VGA monitor or Projector.

Supply VGA USB output ports.

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Description

Description

The 5MP USB2.0 industrial microscope camera is designed for reliable image capture in industrial inspection, PCB testing, and laboratory imaging applications. Featuring a 1/2.8″ CMOS sensor, this camera delivers clear image detail, stable performance, and accurate color reproduction for professional analysis.

This microscope camera connects to a computer via USB 2.0, enabling real-time image capture, measurement, and documentation using compatible software. Its compact design and dependable imaging quality make it ideal for inspection benches, electronics manufacturing, and laboratory workflows.

Model: AM500

Key Features

  • 5MP resolution for detailed industrial imaging
  • USB 2.0 interface for stable data transmission
  • 1/2.8″ CMOS sensor with low noise performance
  • Compatible with industrial and laboratory microscopes
  • Suitable for inspection, analysis, and documentation

Applications

  • Industrial visual inspection and quality control
  • PCB inspection and electronics testing
  • Component surface analysis
  • Laboratory research and imaging documentation

 

Specification Model AM500
Series USB2.0 Industrial Camera
Sensor size 1/2.8 “
Effective pixel 5 million pixels
Resolution 2592*1944@30FPS
Output USB2.0
Pixel size 2.2*2.2μm
Power USB2.0 power supply
Package Size 76.36*76.36*33.81mm
Weight 0.25kg
Accessry   USB2.0 Cable

 

Application Notes
This USB2.0 industrial microscope camera supports stable computer-based imaging workflows, making it suitable for inspection benches, electronics manufacturing, and laboratory environments requiring image capture and analysis.