Difference Between White Light And Blue Light Scanning at Paul Harlan blog

Difference Between White Light And Blue Light Scanning. Most casual uses of structured light scanning use white light, as it’s more accessible. Usually this pattern is a series of parallel lines, stripes, or a grid. However, blue light has become the new standard because of its higher accuracy and its ability to minimize the effects of reflections and transparency. Discover why blue light scanning outperforms traditional white light scanning with superior accuracy, precision, and versatility for. Blue light measurement and white light measurement are two of the most common types. Blue light and white light scans work similarly in that they both project shadows from a 2d lens onto a 3d object and they triangulate and use cameras and algorithms to generate detailed point clouds. White light 3d scanning is precise and fast, making it valuable for industrial quality control, reverse engineering, archaeology, computer graphics, and medical imaging. The original version of this scanning technology employed a white light provided by an exotic bulb and is called ‘white light scanning’.

White light 3d scanning is precise and fast, making it valuable for industrial quality control, reverse engineering, archaeology, computer graphics, and medical imaging. Usually this pattern is a series of parallel lines, stripes, or a grid. The original version of this scanning technology employed a white light provided by an exotic bulb and is called ‘white light scanning’. Most casual uses of structured light scanning use white light, as it’s more accessible. Blue light measurement and white light measurement are two of the most common types. Discover why blue light scanning outperforms traditional white light scanning with superior accuracy, precision, and versatility for. Blue light and white light scans work similarly in that they both project shadows from a 2d lens onto a 3d object and they triangulate and use cameras and algorithms to generate detailed point clouds. However, blue light has become the new standard because of its higher accuracy and its ability to minimize the effects of reflections and transparency.

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Difference Between White Light And Blue Light Scanning However, blue light has become the new standard because of its higher accuracy and its ability to minimize the effects of reflections and transparency. White light 3d scanning is precise and fast, making it valuable for industrial quality control, reverse engineering, archaeology, computer graphics, and medical imaging. However, blue light has become the new standard because of its higher accuracy and its ability to minimize the effects of reflections and transparency. Blue light measurement and white light measurement are two of the most common types. Usually this pattern is a series of parallel lines, stripes, or a grid. Most casual uses of structured light scanning use white light, as it’s more accessible. Discover why blue light scanning outperforms traditional white light scanning with superior accuracy, precision, and versatility for. Blue light and white light scans work similarly in that they both project shadows from a 2d lens onto a 3d object and they triangulate and use cameras and algorithms to generate detailed point clouds. The original version of this scanning technology employed a white light provided by an exotic bulb and is called ‘white light scanning’.