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A structured light pattern is projected onto the item using a projector (often a periodic stripe pattern), and the reflectance patterns of the light are captured using a camera. As a result, the fringe image is warped to fit the object’s three-dimensional surface.
A 3-D measurement for the non-contact digitization of component surfaces is the digital fringe projection. The measuring section creates various light-dark fringe patterns with the use of a projector. The deflection of the fringe pattern was not captured by a CCD camera.
The Global 3D Fringe projection camera market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
The new industry standard for optical 3D scanning is StereoScan Neo R16.2.
The StereoScan neo R16.2 is an unmatched high-end structured light scanning system that offers greater resolution and accuracy in addition to a host of cutting-edge capabilities that make area scanning more thorough than ever.StereoScan Neo R16.2 has become the new industry standard for optical 3D scanning.
Area scanning is now more thorough than ever thanks to the unrivalled high-end StereoScan neo R16.2 structured light scanning system, which also provides greater resolution and accuracy.
Hexagon presents the cutting-edge Smart Phase Projection (SPP) technology with the StereoScan neo, which uses a novel fringe projection pattern to produce the finest quality data on even the most challenging surfaces.
By enhancing traditional fringe projection patterns, SPP technology represents a significant advancement in optical 3D scanning and enables improved scanning of glossy and dark surfaces without the need for pre-treatment.
The technology of Variable Light Projection (VLP) is equally advantageous for the StereoScan.
This adaptive full-color projection approach, which combines the powerful illumination of three LEDs for quicker scanning, allows for the projection of both the generated measurement data and the colour patterns required for the scanning process onto the measurement item.
This enables the deviations from CAD to be immediately visible after measurement in full colour and in the proper location on the surface of the scanned object.
