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SOLUTION

New Design

Coming Soon

Our solution will unlock every healthcare worker's ability to perform this procedure, without the current barrier of availability, training and accessibility.

This will increase procedural throughput and revenue for hospitals, reduce costs of avoidable delays, escalation and complications. Ultimately increasing patient and clinician satisfaction.

Clinically

First Attempt Success

Available & Accessible

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Seamless Integration

Economically

Fewer Costly Escalations

Improved Hospital Metrics

Fewer Complications

Publications

Accuracy

Vein locational accuracy is 0.21mm

Sensitivity

Human vein Sensitivity of 94%

Vessel Quality*

Detects more suitable vessels in comparison to landmark

Depth

Set to view vessels up to 20mm in depth

Flow*

Detect well perfused veins indicated for greater success

*Upcoming Publications

"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!”

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Liddelow, M.D., E.L. Hansen, P.H. Ho, P.J. Carr, B.J. Doyle and N. Bappoo. Comparing the Efficiency of Peripheral Vessel Cannulation Assistance Utilising Point Localisation and Pathway Visualisation. Australian Vascular Access Society, Wollongong, Australia, Jul 20 – 22, 2025.
Hansen, E.L., M.D. Liddelow, G.L. Gould, P.J. Carr, and N. Bappoo. Computational Fluid Dynamic Analysis of Peripheral Venous Structure and Its Influence on Haemodynamic Environment. Australian Vascular Access Society, Wollongong, Australia, Jul 20 – 22, 2025.
Liddelow, M.D., G. Jackson, K.C. Molan, E.L. Hansen, P.J. Carr, B.J. Doyle and N. Bappoo. Analysing the Ability of a Novel Ultrasound-Based Vein Visualisation Device to Detect Suitable Peripheral Veins Compared to Landmark Technique. Australian Vascular Access Society, Wollongong, Australia, Jul 20 – 22, 2025.

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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.

Galway

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.

AVA

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