Swiss Vascular designs and manufactures high‑precision vascular and ventricle models for medical training, research, and device testing. Their product line includes stock and patient‑specific human models, preclinical animal replicas, and an embolisation simulator with interchangeable cartridges. They also offer custom solutions and an AI‑powered X‑ray simulation platform to enable realistic, radiation‑free training scenarios.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional methods for pre-surgical planning, medical training, and device development often lack realistic anatomical models, hindering accurate simulation of blood flow and vascular interactions. This limitation can lead to suboptimal surgical outcomes, inadequate training experiences, and inefficiencies in medical device testing.
Solution
Swiss Vascular provides patient-specific and stock 3D vascular models, manufactured using additive techniques, that replicate vascular structures with accuracy down to 0.8mm in diameter. These models enable realistic simulations of blood flow and anatomical structures, enhancing pre-surgical planning by allowing surgeons to visualize and practice complex procedures. The models also improve medical training by providing trainees with hands-on experience using lifelike anatomical representations. Furthermore, they facilitate device development by offering a platform for testing and optimizing medical devices in a realistic vascular environment. Swiss Vascular also offers an embolization simulator with swappable cartridges for mastering embolization techniques.
Target Audience
The primary audience includes medical professionals, surgeons, medical device companies, and researchers involved in pre-surgical planning, medical training, and vascular device development.
Features
- Patient-specific 3D vascular models created from 2D medical images using AI-powered segmentation
- Stock vascular and ventricle models available for human and animal anatomy
- Models with up to 99.8% transparency for clear visual feedback
- Models replicating vessels as small as 0.8mm in diameter with ultra-low friction surfaces
- Embolisation simulator with swappable cartridges for training in embolization techniques
- Custom solutions tailored to specific needs for medical training, testing, and R&D