Ensenso N20 Stereo 3D camera

GigE, PoE, 1280 x 1024 px, lenses 1/2", focal number 1.6, working distance up to 3000 mm
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Ensenso N20

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The Ensenso stereo 3D cameras work according to the "projected texture stereo vision" principle. Each model has two integrated CMOS sensors and a projector that casts a random point pattern onto the object to be captured. The key advantage of the pattern is that it also works in multi-camera mode and can capture images of surfaces that have virtually no texture at all. The compact and robust aluminum housing of the cameras with lockable GPIO connector for trigger and flash underline the suitability of the cameras for industrial use. The cameras are pre-calibrated and come with an MVTec HALCON interface as well as an object-oriented API (C++, C# / .NET).


Ensenso N20 3D camera series
GigE interface, Power-over-Ethernet, projector with blue LEDs, 2 global shutter CMOS sensors (1280 x 1024 pixels), for working distances of up to 3,000 mm and variable picture fields, focal lengths of 6 to 16 mm available.

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Data

Name Ensenso N20 Stereo 3D camera
Interface GigE
IP code IP30
Sensor type CMOS
Resolution (h x v) 1280 x 1024
Family Ensenso
  • With GigE interface – versatile and flexible
  • Compact, robust aluminum housing
  • Integrated global shutter CMOS sensors and pattern projector with blue LEDs
  • Max. fps (3D): 10 (2x Binning: 30) and 64 disparity levels
  • Max. fps (offline processing): 30 (2x Binning: 70) and 64 disparity levels
  • Designed for working distances of up to 3,000 mm (N20) and variable picture fields
  • Output of a single 3D point cloud with data from all cameras used in multi-camera mode
  • Live composition of the 3D point clouds from multiple viewing directions
  • "Projected texture stereo vision" process for capturing untextured surfaces
  • Capture of both stationary and moving objects
  • Free software package with driver and API for Windows and Linux
  • One software package supports USB and GigE models
  • HALCON, C, C++ and C# sample programs with source code
  • Pre-calibrated and therefore easy to set up
  • Integrated function for robot hand-eye calibration with calibration plate
  • Integration of uEye industrial cameras on the software side, for example, to capture additional color information or barcodes
  • Subsampling and binning for flexible data and frame rates
  • Medical engineering
  • Robotics and gripping technology
  • Logistic
  • Completeness checking
  • Rapid volume measurement
  • Measuring technology
  • Safety engineering

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