At the upcoming Consumer Electronics Show in Las Vegas, Aetrex (a CES Innovation Award Honoree for the second year in a row) will be debuting its Albert 3DFit foot scanning technology.
CES 2023 will give attendees a look at the Albert 3DFit, Aetrex’s newest scanner. Complete with four state-of-the-art Intel RealSense 3D Depth Cameras to capture complete, accurate foot measurements in 10 seconds, this foot scanner has the capability of measuring length, width, girth and more, right down to one millimeter of accuracy. Once scanned, the data is converted into a 3D model of a foot so that the proprietary FitGenius AI platform can be used to recommend footwear for the best fit, based on different brands, styles and sizes.
3D Foot Scanners
Aetrex is Debuting Its Albert 3DFit Foot Scanning Tech at CES 2023
Trend Themes
1. 3D Foot Scanning - The advancement of 3D foot scanning technology and the integration of AI can revolutionize the footwear industry by completely changing the way shoes are made, sold, and fitted to customers.
2. Real-time Data Analytics - Foot scanning technology can provide real-time data analytics, which can help footwear companies improve their products' design and functionality by analyzing customers' preferences, foot size charts, and purchasing trends.
3. Personalized Footwear Recommendations - The combination of 3D foot scanning and AI algorithms can enable footwear companies to offer personalized footwear recommendations to their customers, improving customer satisfaction and brand loyalty.
Industry Implications
1. Footwear - The footwear industry can leverage 3D foot scanning technology to create customized shoes, enhance their e-commerce experience, and reduce the number of returns due to incorrect sizing.
2. Sports Equipment - Sports equipment companies can use 3D foot scanning technology to create customized sports shoes, improving athletes' performance and reducing the risk of injury.
3. Healthcare - Healthcare providers can integrate 3D foot scanning technology into their patient consultations for orthotics and prosthetics, providing accurate measurements and improving patient care and comfort.