SOLUTION

VeinWise is a handheld ultraportable unit designed to find vein pathways at depth whilst minimizing training requirements and maximizing access for widespread adoption.

VeinWise aims to significantly reduce the first-pass failure rate of 40%. By finding the right vein, first time, every time, our goal is to improve patient satisfaction and outcomes as well as clinical efficiency.

With a global increasing trend of chronic disease, staff shortages and growing costs, the clinical burden continues to grow fast and better solutions are required.

Reimagining the Standard of Care

Visualization of vein pathways at depth

Our technology overcomes the current challenges of landmark (visual or palpation) technique in finding deeper veins in DIVA patients.

Ergonomics & onboard visualization integrates technique

Our probe design with onboard visualisation integrates IV insertion technique, which current ultrasound guidance approaches don't provide.

User interface for ease of use & reduced training

Our user interface is simple compared to conventional ultrasound images which require interpretation, ongoing training & practice.

Accessibility enabled by portability & cost

Our handheld, cordless and portable device enables widespread access compared to scarce, bulky and expensive ultrasound equipment.

"Brilliant concept as I have many experiences of missed veins and consequently, delayed treatment … thrilled to hear about this and very interested in investing for the benefit of everyone - including the medical staff!”

Liddelow, M.D., P.H. Ho, C.A. Boyce, M.D. Redknap, K.Dejbod, K. Arenson, N.Buckley, P.J. Carr, B.J. Doyle and N.Bappoo. Design, Fabrication and Initial Examination of a Vein Visualizing Novel Ultrasound Prototype Device for Use in Cannulation Assistance. Association for Vascular Access, Denver, United States, Sep 28 – 29, 2024.

Liddelow, M.D., E.L. Hansen, P.H. Ho, K. Arenson, N.Buckley, P.J. Carr, B.J. Doyle and N.Bappoo. Method to assess the feasibility of a novel ultrasound-based vein visualization device to assist with venous cannulation. 8th World Congress on Vascular Access, Prague, Czech Republic, Apr 17 – Apr 19, 2024.
Liddelow, M.D., P.H. Ho, M.D. Redknap, C.A. Boyce, K. Arenson, N.Buckley, P.J. Carr, B.J. Doyle and N.Bappoo. In vitro and in vivo performance evaluation of a novel ultrasound-based vein visualization device. 8th World Congress on Vascular Access, Prague, Czech Republic, Apr 17 – Apr 19, 2024.