How does the Styku scanner work?

Overview

The Styku scanner uses an infrared camera to capture three-dimensional images of a person's body. This is different from a traditional camera, which only records visible light. By emitting infrared light and measuring how it reflects off the body, the scanner records the subject's shape in 3D space.

How a scan works

1. Infrared capture: The scanner emits harmless infrared light and records how it reflects off the person's body, capturing depth information rather than a flat photograph.
2. Rotation: The person stands on a motorized turntable and rotates slowly. During this rotation, the scanner records over 1,000 3D images, capturing millions of data points from all angles.
3. 3D model construction: Once the scan is complete, the scanning device intelligently combines all captured images into a single, comprehensive 3D body model.
4. Measurement and analysis: The 3D model is measured and analyzed to produce biometrics including circumferences, volumes, and surface areas.
5. Cloud upload: Scan data is uploaded to Styku's cloud servers for secure storage and future retrieval.

Notes

• The infrared light used is non-invasive and safe — similar to the infrared light emitted by the sun or a TV remote control.
• The scanner is not an X-ray machine and cannot see through clothing.

Applies to: All Styku scanner configurations