Klavant
Klavant is a MedTech company focused on revolutionizing cardiac surgery with AI-powered tools that enhance precision and decision-making. Their mission is to develop digital intraoperative quality control systems and AI-based image-assisting solutions to improve surgical outcomes and healthcare worldwide. They aim to provide surgeons with advanced measurement, visualization, and data-driven support to reduce surgery times, reoperations, costs, and lifelong medication for patients.
Industries
Klavant
Products
AI-powered intraoperative quality control system for aortic valve surgery
A pre-clinical system combining imaging, AI analysis and quantitative measurement to assess aortic valve competence and support intraoperative decisions during valve repair and ascending aorta procedures.
AI-powered intraoperative quality control system for aortic valve surgery
A pre-clinical system combining imaging, AI analysis and quantitative measurement to assess aortic valve competence and support intraoperative decisions during valve repair and ascending aorta procedures.
Services
Clinical partnership and study collaboration
Collaborative engagement with hospitals and surgeons to evaluate pre-clinical systems, exchange abstracts and plan clinical evaluation.
Medical software and imaging integration services
Development and integration of AI-based image analysis and visualization software for surgical workflows and intraoperative quality control.
Clinical partnership and study collaboration
Collaborative engagement with hospitals and surgeons to evaluate pre-clinical systems, exchange abstracts and plan clinical evaluation.
Medical software and imaging integration services
Development and integration of AI-based image analysis and visualization software for surgical workflows and intraoperative quality control.
Expertise Areas
- AI for surgical decision support
- Intraoperative imaging and visualization
- Aortic valve function assessment
- Pre-clinical medical device development
Key Technologies
- AI-driven image analysis
- Real-time intraoperative imaging
- Intraoperative decision-support algorithms
- Quantitative valve-function measurement