Touchless measurement methods have significant applications in the medical field. Structural light technology is currently recognized as the safest and most advanced method for analyzing wounds or skin deviations. By accurately capturing the true color of the scanned surface, doctors and researchers can gather vital information about all relevant areas while preserving the natural geometry of the skin.

​

3D scanning greatly reduces the time patients spend in clinics. In just a few seconds, we can capture comprehensive data about surface textures and colors for further analysis. Patients need to be present only during the 3D scanning process, which is both rapid and completely painless.

​

Moreover, the absence of X-rays and other harmful radiation allows doctors to operate 3D scanners without needing to leave the patient’s side. This technology is safe for use on pregnant women and patients with severe injuries, ensuring a non-invasive approach to medical diagnostics.

​

The scanning method is straightforward: straight fringes are projected onto the surface to be measured using LED projection systems.

​

The curvature of these fringes is captured by a detection camera, which then sends the digital images to the SMARTTECH3Dmeasure software. This software processes the images and transforms them into a point cloud that accurately represents the geometry and color of the measured surface. This method enables essential analyses, whether for plastic surgeries, monitoring healing processes, or analyzing posture defects.

​

Thanks to their user-friendly design, our 3D scanners can be operated by individuals with no prior metrology experience. There’s no complicated calibration process; the scanners are ready to use immediately upon being removed from their cases. Additionally, the SMARTTECH3Dmeasure software is intuitive, facilitating both 3D scanning and automated data analysis.

​

Our products are already being utilized in Japanese research institutes such as AIST and UNITIKA, where they provide comprehensive measurements of the entire human body or specific body parts. They have also participated in European research projects focusing on measuring athletes' legs.