Product Information
Traditional Carotid Imaging
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Highly operator dependent: have high requirements and high cost on manpower:
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Professional knowledge
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Operating skills
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Image interpretation
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No simple and unified standard to decide the CVD risk
Pyrocks Wireless Carotid Monitoring
De-professionalization for Community and Home-use
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Miniaturised Structure
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AI Guided Positioning
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CVD Risk Assessment
Technology System
1. Patient Monitoring:
The user positions the Tag in the vicinity of the carotid.
2. AI Positioning:
An AI-model analyses the Tag signals.
4. Imaging:
When all 4 light indicators are on, the perfect position has been reached. The system can start scanning the patients carotid correctly.
3. Feedback:
The Pyrocks Device gives clear feedback by using indicator lights. In this way, the user will be guided to reposition the Tag to get the best image results.
Product Ecosystem - For Community and Home Use
1. Start scanning:
The user places the Tag at the middle of the neck, and then moves towards the left/ right. One indicator light starts blinking.
2. AI-guided carotid positioning:
When the probe reaches the correct position, i.e. successfully identified the carotid artery, the second light indicators on the device will illuminate, and the app/ software will provide instruction for the next step.
3. Scan the carotid artery:
Move the Tag upwards and then downwards to scan and record the images of the carotid artery.
The third light will illuminate when the upward screening is completed.
When all 4 light indicators are on, the scanning is completed.
4. AI-powered plaque detection and IMT measurement:
Through Pyrocks AI-based segmentation model, the plaque and IMT can be detected and measured, and cardiovascular risk can be assessed.
5. Risk report generation:
Risk of cardiovascular diseases will be generated based on plaque existence and IMT thickness.