Clinical
End-to-end solutions to cover the entire motion capture pipeline, ensuring seamless integration and flexibility. Vicon’s technology is indispensable in critical research and medical care, studying conditions ranging from amputations to cerebral palsy.
Sports
Tailored motion capture systems and tools allows users to gain deep and actionable insights into a wide range of athletic performance.
Engineering
Robust tracking solutions for innovative end users in the engineering industry for many years, to ensure your end-to-end solution is as seamless and efficient as it can be.
VR
Content developers can stand out and stay ahead in a growing market. Impress players with your experience quality: this boosts your reputation via word of mouth and increases footfall.
Entertainment
Working with leading production studios, film makers and universities to revolutionizing storytelling by helping them create blockbuster visual effects and immersive environments for film and TV production.
Scan
Use Amfit Digitizer and 3D scan the plantar area. The data are inserted into the PC and processed using the free-of-charge Amfit CAD/CAM software for further adjustments and customizations (eg specific offloads). your data are ready for manufacturing
Manufacture
Use Amfit Mill or 3D printing to manufacture the orthotics
Assess
Use Tekscan in-shoe technology to find out how effective your orthotics are
Lameness
End-to-end solutions to cover the entire motion capture pipeline, ensuring seamless integration and flexibility. Vicon’s technology is indispensable in critical research and medical care, studying conditions ranging from amputations to cerebral palsy.
DAQ System
On-field tests
Fish
Robust tracking solutions for innovative end users in the engineering industry for many years, to ensure your end-to-end solution is as seamless and efficient as it can be.
Stroke Rehab
Tailored motion capture systems and tools allows users to gain deep and actionable insights into a wide range of athletic performance.
CPWatcher
We developed a wearable system to assess the walking ability in patients with Cerebral Palsy. The proposed system is functional and “intelligent” and gather information from two wearable sensors placed on the patient’s upper-limbs. This information will help the clinicians to monitor patients’ progress remotely, make treatment decisions and evaluate treatment outcomes
