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Random Pattern Projector (RPP) is a N x N divergent dot matrix pattern with a 10% or so ratio of bright to dark pixels. There is no contact between any bright pixels; instead, each bright pixel is surrounded by at least 8 dark pixels.
randomly distributed matrix of laser dots is projected in a wide field of view (FOV) by the Random Pattern Projector (RPP), a plug-and-play illumination module. The RPP is built on a platform that complies with the strictest industrial standards and is intended for use in high precision stereo vision and depth sensing applications.
Available Class 1 IEC Eye Safe patterns enable the integration of dynamic settings without stress. Configurations with standard dot densities of up to 57K dots are available in the 450nm–830nm range. A randomly distributed matrix of laser dots is projected in a wide field of view (FOV) by the Random Pattern Projector (RPP), a plug-and-play illumination module.
The RPP is built on a platform that complies with the strictest industrial standards and is intended for use in high precision stereo vision and depth sensing applications.
It is most effective when photographing featureless objects because the texture created by the laser light improves autocorrelation of stereo images for more precise depth mapping. Osela provides its Random Pattern Projector in red and infrared with a wide field of view for applications that are eye-safe and high-power.
Global random pattern projector market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
Osela releases a random pattern projector laser. structuring lighting random dot matrix laser projector from Osela has been made available; it is housed in a self-contained module and intended for 3D machine vision applications.
The random pattern projector uses a NxM divergent dot matrix pattern with a 15% or so ratio of bright to dark pixels. There is no contact between any bright pixels; instead, each bright pixel is surrounded by at least 8 dark pixels.
Depending on the model, the externally focusable laser operates at operating wavelengths of 660nm or 830nm and emits anywhere between 980 and 57,446 random dots. The 3D machine vision, movement detection, volume measurement, bin picking, depth sensing, and palletizing applications are all suitable for using Osela’s random pattern projector lasers.
