![]() We utilized brooms to act as a support for Jia’s arms so that he wouldn’t have to hold them in place, as too much movement could distort the end scan. Scanning a human did have one unique challenge, which was holding a pose. Thank you to Jia, a member of our Tech team who volunteered to be scanned. Lastly, a human is good for testing without making special considerations for size. The organic shapes would make it difficult to otherwise measure and model, so scanning makes sense for this application. The variety of textures present allows us to also test the colour scanning capabilities of the Einscan H and the iPhone 12 Pro. We chose a person as the subject to avoid dealing with any high gloss points that may be difficult to scan without something like AESUB Scanning spray. We chose to scan a person because it worked as a great challenge for both the iPhone and the EinScan 3D scanner. This makes scanning a valuable tool in manufacturing, engineering, medical, architecture, design and a variety of other industries. ![]() Our partner PrintCluster offers several of these services. Why Use 3D Scanning?ģD Scanning is useful for a wide variety of applications including reverse engineering, modifying existing parts, prototyping, digital measurements and creating 3D printed copies of existing items. With a built-in color camera and large field of view, EinScan H provides high quality 3D data with full color ready-to-use in minutes. This hybrid light technology allows the scanner to work well for a broad range of applications, including scanning faces. The Shining3D EinScan H uses a hybrid of structured light scanning, a technique that projects light patterns using both LED and invisible infrared light. By using Lidar and photogrammetry, the 3d scanner app is able to create a mesh and add texture to the points as it perceives it. Lidar is a technology that determines the range from the object to the scanner by measuring the time light takes to get back to the system. The quality of the scan is based on the quality of the pictures, the resolution and the number of photos taken. Photogrammetry takes multiple HD pictures of an object as photos and uses the data from those photos to construct the 3D model. ![]() The iPhone uses a combination of Photogrammetry and Lidar 3D scanning technologies. A software application then uses this data to produce the 3D object. ![]() The data collected is based on the type of 3D scanning, such as a data-point cloud collected from structured-light scanning. Keep reading to learn more, or click here to jump to the results and see which Scanner came out on top! What Is 3D Scanning?ģD scanning is the process of making a 3D model from a real world object by collecting data on the object’s shape and appearance. We decided to put the Einscan H to the test by comparing it to the 3D scanning capabilities of an iPhone 12 Pro. Yes, 3D scanning! So, why would you need to invest in a professional option like Shining3D’s EinScan H 3D Scanner? The Einscan H is primely positioned as a reliable option for when & where accuracy is needed most: within the workplace. 3D Scanning Challenge: Shining3D Einscan H vs iPhone 12 ProĬonsumer technology is constantly improving and the smartphones of today offer so many advanced features like 4k video, instant translations, augmented reality, and even 3D scanning.
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