Calcification
BDC Laboratories can integrate custom calcified lesions into any location within vascular or anatomical models, including coronary arteries and aortic valves. This capability supports more realistic device testing, physician training, regulatory evaluations, and iterative design work. Lesions can be tailored in size, surface texture, and mechanical robustness to meet specific testing requirements, and they are designed to replicate the tactile characteristics of calcification in vivo.
Key System Features
Clinical Relevance
Enables realistic device testing under calcified conditions with customizable lesion placement, size, and texture.
Scalable Production
Supported in small-batch production with consistent quality, as well as one-off builds for highly specific anatomical needs.
Application Versatility
Offers unmatched versatility in simulating calcification across a wide range of anatomies and vascular locations.
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Echogenic Treatment
BDC Laboratories’ echogenic treatment alters the properties of silicone vessels to more accurately replicate how real anatomical structures appear under clinical ultrasound imaging.
Fluid Handling Systems
BDC Labs’ fluid handling systems deliver precise, repeatable flow conditions to support the evaluation, testing, and demonstration of cardiovascular devices and their delivery systems.
Simulated Use Systems
BDC Labs’ simulation solutions mimic the pressure, flow, and temperature of the human cardiovascular system to enable device testing, design verification, training, and demonstration.
SLIC™ Friction Reduction Coating
BDC Laboratories’ proprietary SLIC™ Friction Reduction Coating is engineered to provide a clinically relevant surface friction profile for silicone anatomical models.
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