Skin Treatment Device

A feasibility project exploring novel skin tissue effect of super high frequency microwave for a range of potential applications.

Two people are sketching and taking notes on technical drawings and prototypes of a handheld medical device on a table.

The Project

This project is the result of an ongoing collaboration with Bangor University to explore the feasibility of using super high frequency microwave to treat various skin conditions. This project explores future technology as well as potential product applications for new markets.

Close-up of medical device components, including a white cylindrical part and a blue 3D-printed piece with a metallic ring, arranged on a white surface.
A sheet of hand-drawn product design sketches lies on a white desk, surrounded by 3D-printed prototypes, a tablet, and a yellow sticky note with a triangle drawing.
Close-up of a medical imaging device with attached ultrasound probes resting on technical drawings.
Close-up of hand-drawn technical sketches of a mechanical component, annotated with arrows and notes on white paper.

Design

UW has played a key part in moving from theoretical concepts to physical prototypes that prove the technology. We have also conducted various levels of biomedical testing to start to build evidence of outcomes. By applying our strong user centred design process, we have created several spinout projects from this feasibility research that explore potential applications and are currently in the process of working with partners to secure further investment.

Close-up of a white electronic device with black ventilation slats, partially obscured by a white and black object in the foreground.