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86 Degree Stereo USB Camera High Speed 3D Dual Lens

86 Degree Stereo USB Camera High Speed 3D Dual Lens

Regular price $244.39
Regular price $415.47 Sale price $244.39
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Designed for precision stereo imaging, this high-speed dual lens USB camera delivers smooth, distortion-free visuals for machine vision and real-time tracking applications. With accurate depth perception and fast frame rates, it’s ideal for robotics, automation, and vision-based systems.

Its global shutter sensor ensures stable image capture without motion distortion, making it perfect for fast-moving environments where clarity and timing are critical.

Key Features

  • Dual lens stereo vision for accurate 3D depth perception
  • Global shutter sensor eliminates rolling distortion and motion blur
  • High-speed capture up to 210FPS for dynamic scenes
  • 86° field of view for balanced wide-angle imaging
  • High-resolution 2560×800 output for detailed stereo imaging
  • USB plug-and-play setup with no driver installation required
  • Compatible with Windows, Linux, Mac, and Android systems
  • Compact lightweight design for embedded and portable systems
  • Ideal for robotics, scanning, tracking, and inspection tasks
  • Adjustable imaging parameters for flexible system integration

Specifications

  • Model: ELP-USB3DGS800P-H110
  • Sensor: CMOS OV9281 monochrome global shutter
  • Resolution: Up to 2560×800
  • Frame Rate: 120FPS @ 2560×800 / up to 210FPS @ 640×240
  • Field of View: 86°
  • Interface: USB 2.0 high-speed
  • Lens Type: Fixed focus, M12 mount
  • Output Format: MJPEG
  • Power: USB 5V
  • Compatibility: Windows, Linux, Mac OS, Android
  • Weight: Approx. 45g

Package Contents

  • 1 x Camera Module H110 (86 Degree)
  • 1 x USB Cable
  • 1 x User Manual

What Makes This a Smart Buy:
This stereo camera is built for precision applications where timing and accuracy matter most. Its global shutter and high-speed capture ensure clean, reliable imaging, making it a strong choice for developers working in robotics, automation, and real-time vision systems.

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