Simulands develops human-grade simulators for training in structural heart procedures, utilizing real devices and imaging to provide a practical educational experience. This approach replaces traditional patient training, enhancing skill acquisition and improving patient outcomes in a cost-effective and ethical manner.
Funding
$10.7M 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
Training in structural heart procedures traditionally relies on patient training, which presents ethical concerns and limitations in providing consistent, repeatable educational experiences. Traditional methods may not adequately prepare physicians for the complexities and nuances encountered during real-world procedures.
Solution
Simulands develops human-grade simulators that replicate the experience of performing structural heart procedures using real devices and imaging modalities. These simulators offer a practical and ethical alternative to patient training, allowing physicians to hone their skills in a controlled environment. The simulators are designed to be portable and easy to use, catering to the training, education, and R&D needs across the structural heart space. By providing a realistic and repeatable training experience, Simulands aims to enhance skill acquisition, improve patient outcomes, and revolutionize education in the structural heart field.
Target Audience
The primary target audience includes physicians, medical device companies, and educational institutions involved in structural heart procedure training and research.
Features
- Simulators designed for mitral, transseptal, and tricuspid valve procedures (simuDRY)
- Simulators for left atrial appendage (LAA), mitral, and tricuspid valve procedures (simuSLICE)
- Simulators for access, aortic, mitral (TA & TF), and tricuspid valve procedures (simuPULSE)
- Compatibility with real structural heart devices
- Integration of real-time imaging modalities for realistic procedural experience
- Portable and user-friendly design for ease of use and transportation
- Developed and tested with experienced proceduralists and key opinion leaders