We develop computer vision and machine learning systems that help MedTech companies guide patients, analyse visual data, and add intelligent features to healthcare products.
Estimate facial dimensions, body position, and other relevant measurements using standard mobile or device cameras, without requiring specialised scanning equipment.
Help patients select the correct device size and visually verify whether masks, wearables, orthopaedic products, and other medical devices are positioned correctly.
Apply computer vision to surgical systems and clinical environments to recognise instruments, analyse procedures, and support workflow documentation.
Use camera-based analysis to monitor treatment activities, patient engagement, and potential signs of discomfort or difficulty during home-based care.
Develop AI systems for analysing clinical images, microscopy data, diagnostic recordings, and other visual information used in healthcare and life sciences.
Add computer vision, machine learning, and intelligent automation to existing healthcare applications, connected devices, and digital care platforms.
Examples of how Visage Technologies could help with machine learning, generative AI and autonomy in MedTech industry applications.
Incorrect device fit can affect comfort, usability, and treatment outcomes
Patients often need help selecting the correct size and positioning masks, wearables, orthopaedic products, and other medical devices. Manual fitting can require specialist support, delay delivery, and make home-based setup more difficult.
Camera-based fitting and positioning guidance
Computer vision and machine learning can use a standard mobile device camera to estimate relevant facial or body measurements, recommend an appropriate device size, and verify whether the device is positioned correctly.
Integrated into a healthcare application, the system can guide users through setup, provide immediate visual feedback, and flag potential fitting or positioning errors. This can improve patient experience, reduce unnecessary product exchanges, and support more scalable remote care.