We’re proud to announce that Graphene Trace has signed a formal collaboration agreement with Cardiff and Vale University Health Board NHS Trust to co-design, co-develop, and test our Sensore pressure mapping mats. This partnership marks a major milestone in our journey to deliver clinically led innovation in the prevention and management of pressure ulcers.
Cardiff and Vale UHB is recognised as a UK leader in clinical pressure mapping and rehabilitation engineering, providing specialist services to over 50,000 wheelchair users across South Wales. Their expertise in pressure care, coupled with deep frontline experience, makes them an ideal partner to ensure that our technology is both clinically effective and truly user-centred.
The collaboration will involve close work between our engineering team and the Trust’s rehabilitation specialists to refine the Sensore platform through hands-on testing, feedback, and joint development. By embedding co-design into every stage of the process, we aim to deliver a product that integrates seamlessly into care pathways and supports measurable improvements in patient outcomes.
Professor Colin Gibson, Head of Rehabilitation Engineering at Cardiff and Vale, commented:
“We believe Graphene Trace’s continuous pressure monitoring will have a transformational impact on our ability to prevent and manage pressure ulcers effectively, while driving measurable improvements in patient care quality.”
As part of this agreement, Professor Gibson has also signed a letter of intent confirming the Trust’s commitment to trial and purchase Sensore Mats once they become commercially available. This endorsement underscores both the clinical demand for innovative pressure monitoring and the strength of our partnership approach.
We are excited to move forward with this collaboration and are deeply grateful to the Cardiff and Vale team for their leadership, trust, and commitment to advancing patient care. Together, we are working toward a future where pressure ulcer prevention is proactive, personalised, and powered by real-time data.
Scott Dean
CEO
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