Spectrawave develops the HyperVue Imaging System, which combines DeepOCT™ and NIRS technologies to provide high-resolution intravascular images for precise clinical decision-making. This system enhances the evaluation of vascular morphology and lipid content, optimizing stent sizing and post-PCI assessments in catheterization labs.
Funding
$97.4M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Current intravascular imaging techniques may lack the resolution and comprehensive data needed for precise assessment of vascular morphology and lipid content, potentially leading to suboptimal stent placement and post-PCI outcomes. Traditional methods can also be cumbersome, hindering efficient workflow in catheterization labs.
Solution
Spectrawave's HyperVue Imaging System combines DeepOCT™ and NIRS technologies to deliver high-resolution intravascular images, facilitating informed clinical decisions. The system provides detailed visualization of vascular morphology and lipid distribution, enabling clinicians to optimize stent sizing and assess post-PCI results with greater accuracy. By integrating these advanced imaging modalities, HyperVue aims to streamline workflows in catheterization labs and improve the precision of interventional procedures. The system is designed for efficient image acquisition and interpretation, guiding clinical decision-making during vascular interventions.
Target Audience
The primary target audience includes interventional cardiologists and other medical professionals working in catheterization labs who require advanced intravascular imaging for precise clinical decision-making during percutaneous coronary intervention (PCI) procedures.
Features
- Combines DeepOCT™ and NIRS technologies for comprehensive intravascular imaging
- High-resolution visualization of vascular morphology
- Detailed assessment of lipid content within vessel walls
- Streamlined workflow designed for efficient image acquisition and interpretation
- Facilitates optimized stent sizing
- Enhances post-PCI assessment capabilities