From Imaging to Measurement
Traditional imaging systems show how the body looks. AVE3D ONESHOT 4D shows how the body functions.
Using patented ONE SHOT technology, AVE3D creates metric digital twins of the human body in motion, enabling objective measurement of movement, symmetry, tissue deformation and functional biomarkers. This creates a new category of diagnostic data positioned alongside MRI, CT and Ultrasound.
Why AVE3D Matters
- Quantitative Human Function – Objective measurement instead of subjective observation.
- Functional Biomarkers – Movement, morphology and tissue deformation converted into measurable clinical data.
- Digital Twin Technology – Creation of metric digital twins for diagnostics, rehabilitation and monitoring.
- Real-Time 4D Imaging – Geometry + movement + time.
- AI Ready – Foundation for next-generation diagnostic algorithms.
ONESHOT Technology in Action
Our solution is a powerful diagnostic and analytical tool used in situations where millimeters and seconds matter
Aesthetic medicine
Objective volumetry. Precise volume mapping before and after filler administration and facial expression analysis for a natural result.
Orthognathic surgery
Millimeter-precise control of results. Compare surgical plans with the actual tissue response.
Neurology
onitoring spasticity. Visual analysis of tremor frequency and the efficacy of botulinum toxin in post-stroke therapy.
Physical therapy
Proof of your effectiveness. Show patients real increases in range of motion and improvements in posture using clear 3D reports.
Other applications
Versatile scanning capabilities enable use across multiple fields, and we invite partners to explore new ideas and co-create future solutions together.
Our Vision
AVE3D is not another 3D scanner.
Our mission is to establish 4D Functional Imaging as a new standard of human measurement.
Just as MRI transformed anatomical imaging and CT transformed structural imaging, AVE3D ONESHOT 4D aims to transform the way clinicians, researchers and engineers measure human function.
We believe the future of medicine will be built on objective digital biomarkers and digital twins rather than subjective observation.
The Evolution of Human Imaging
| Era | Technology | What it measures |
| 1970s | CT | Internal structures |
| 1980s | MRI | Soft tissue anatomy |
| 1990s | Ultrasound | Dynamic tissue imaging |
| Today | AVE3D ONESHOT 4D | Human function and biomechanics |
Our Scientific Foundation
AVE3D was not born in medicine – It was born in metrology.
For more than 30 years, structured light technology has been one of the most accurate and reliable non-contact measurement methods used in industrial metrology, quality control, aerospace and automotive engineering.
Our team has been working with 3D scanning, reverse engineering and industrial measurement systems for over 15 years.
When we started developing AVE3D, we deliberately chose structured light as the foundation of the technology.
Why?
Because we wanted to build the future of human measurement on a scientifically validated and traceable measurement system rather than subjective visual assessment.
Unlike many AI-first solutions, AVE3D is built on metric data and measurement principles derived from industrial metrology.
The technology follows the philosophy behind internationally recognized standards such as VDI/VDE 2634 Part 3, which define the evaluation of optical 3D measurement systems.
Our goal was simple:
- To transform clinical observation into objective measurement.
- To replace subjective assessment with quantifiable data.
- To create a platform capable of measuring human function using the same scientific rigor that industry uses to measure physical objects.
Artificial Intelligence is an important part of our roadmap, but AI is not the foundation.
Measurement is.
AVE3D combines:
- Structured Light Metrology
- Dynamic 4D Imaging
- Artificial Intelligence
- Digital Twin Technology
into a single platform designed to establish a new standard for quantitative human assessment.
Our Systems
To address a wide range of applications, two dedicated scanning systems have been developed: HEAL and APIS. Each module is designed with a specific focus, ensuring optimal performance depending on the area of interest. Each system offers slightly different characteristics in terms of scanning range, resolution, and use case, allowing users to choose the most suitable solution.
