Discover Move4D: The Future of Body Scanning in Motion

Explore the cutting-edge capabilities of Move4D, an innovative technology advancing research in human–product interaction.

Move4D uses markerless, high-speed dynamic scanning to create high-precision digital twins that integrate seamlessly with mainstream software. In this session, you’ll discover how this solution is transforming product design, biomechanical research, CGI production, and computer vision, helping industries optimize R&D and drive human-centered innovation.

Version 2.0 introduces new practical features, including user-defined body measurements and automatic object removal. The webinar will also provide a concise overview of the complete Move4D workflow and highlight its key technological breakthroughs.

Don’t miss the opportunity to see how Move4D is redefining the future of dynamic body scanning.

WATCH NOW

WEBINAR IN CHINESE

What You'll Learn

You will learn:

  • Understand the core capabilities of Move4D, including markerless, high-speed dynamic scanning and creation of high-precision digital twins.
  • See how Move4D integrates with mainstream software to enhance workflows across product design, biomechanics, CGI, and computer vision.
  • Learn about the new features in Move4D Version 2.0, such as user-defined body measurements and automatic object removal.
  • Explore real-world applications demonstrating how Move4D supports human-centered innovation and optimizes research and development.
  • Gain a concise overview of the full Move4D workflow and its latest technological breakthroughs from the Human Motion Laboratory and Humanetics experts.

MEET YOUR Presenter

Headshot of Shawn Xiao, Humanetics China

Sales Engineer, Humanetics

Mr. Shawn Xiao is a sales engineer for Body Scanning Solutions at Humanetics China. He graduated from Beijing Sport University with a major in Kinesiology and a master's degree in Sports Biomechanics. Having been deeply engaged in the fields of sports science laboratory construction, multimodal data collection, and practical test analysis for many years, involving multiple fields such as medical, aerospace, sports, and industry. He possesses experience and overall planning capabilities with multiple biomechanics projects in the fields of sports science research and medical care.