Laza Medical develops an intelligent imaging system powered by AI and robotics to simplify cardiac procedures like structural heart and electrophysiology interventions. The platform integrates real-time 3D heart modeling, procedural guidance, and robotic probe control to enhance image acquisition and interpretation. This technology aims to increase procedural autonomy for clinicians and expand patient access to necessary cardiac care.
Funding
$36M 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.
TCFounders
Product
Problem
Cardiovascular interventions require precise imaging for accurate diagnosis and treatment, but current methods often suffer from limitations in image clarity and accuracy, especially during complex procedures. These limitations can hinder the effectiveness of interventions and potentially compromise patient outcomes.
Solution
Laza Medical offers an AI-powered robotic imaging system designed to enhance the precision and efficiency of cardiovascular interventions. The system utilizes advanced robotics and artificial intelligence to provide clinicians with high-resolution, real-time imaging during diagnostic and therapeutic procedures. By automating image acquisition and processing, the platform reduces variability, minimizes radiation exposure, and optimizes image quality, enabling more informed decision-making and improved procedural outcomes. The technology aims to overcome the challenges associated with traditional imaging techniques, leading to safer and more effective cardiovascular care.
Target Audience
The primary target audience includes interventional cardiologists, radiologists, and hospitals specializing in cardiovascular care.
Features
- AI-driven image enhancement algorithms for improved visualization of cardiovascular structures
- Robotic arm for precise and automated image acquisition, reducing operator dependency
- Real-time image guidance during complex interventions
- Reduced radiation exposure compared to conventional imaging methods