Revolutionizing Cardiac Diagnostics with SAW Technology
#Early Detection # Real-Time Monitoring # Accessible Solutions
In today's world, where cardiovascular diseases are among the leading causes of death globally, the development of new, revolutionary detection methods is of crucial importance. These innovative approaches enable early diagnosis and preventive measures that can save lives. By improving diagnostic techniques, we can better address patients' needs and optimize treatment. We are proud to offer solutions that tackle these challenges and revolutionize healthcare.
Undetected Heart Conditions – A Silent Threat with Fatal Consequences
The Problem
A Global Cardiac Health Crisis
Cardiovascular diseases account for
31% of global deaths (WHO / NYHA).
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Millions of lives could be saved if heart attacks were detected earlier and the recovery process was monitored more precisely.
The Result of todays treatments?
Many patients receive their diagnosis too late or have to wait too long for test results.
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Delays that can be fatal in emergencies.
Why that happens?
The Market and
Our Vision
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$1.7B Cardiac PoCT market, growing at 7.5% annually.
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Increasing demand due to an aging population & decentralized healthcare needs.
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Our Vision
Making precise diagnostics accessible to everyone, everywhere. Cardiac testing is just the beginning.
We bring
The Solution
by making our
BioSAW – Cutting-Edge Diagnostics Platform
available
# Anytime # Anywhere
Why SAW is a Game - Changer in Diagnostics
Current diagnostic methods are either accurate but slow or fast but imprecise. SAW sensors will close this gap.
At BioSAW, we are developing the next generation of medical diagnostics — faster, simpler, and globally scalable.
BioSAW brings high-tech diagnostics out of the lab and directly to the point of care,
where seconds can mean the difference between life and death.
BioSAW’s SAW-Based Diagnostic Platform
With Surface Acoustic Wave (SAW) technology, we aim to develop a completely new class of diagnostic systems that combines the best of both worlds — enabling high-sensitivity, portable, and lab-independent diagnostics.