Structural Heart
Structural Heart
Structural heart interventions focus on repairing or replacing heart tissues and valves to treat congenital or acquired defects, improving cardiovascular function and patient outcomes through minimally invasive or surgical procedures.
Heart valve skirt
At Medibrane, we understand the importance of precision and durability in producing heart valve skirts. These skirts are essential in preventing paravalvular leaks. We use advanced manufacturing techniques and high-quality biocompatible materials such as ePTFE and polyurethane. These materials ensure long-term durability, flexibility, and resistance to calcification.
Our customized production process ensures each skirt fits the anatomical requirements of heart valve replacements. This guarantees a perfect fit and reliable performance, enhancing the success of the procedure.
Expandable catheter tip for embolic protection device
Medibrane addresses the need for reliable and adaptable expandable catheter tips for embolic protection devices by utilizing innovative materials and processes that ensure seamless expansion in various vessel sizes. Our production team employs precision engineering to create catheter tips that ensure effective sealing, preventing emboli from escaping during procedures, while minimizing vessel trauma.
Covered scaffolds for occluders
Medibrane’s production of covered scaffolds for occluders involves creating products that promote rapid tissue integration while minimizing the risks of thrombosis and inflammation. We leverage our expertise in coating technologies and use materials like ePTFE and silicone to ensure that the scaffolds provide secure defect closure while facilitating natural tissue growth. Our manufacturing approach allows us to produce scaffolds with superior coverage that fit specific medical applications, ensuring reliable outcomes for patients.
Synthetic heart valve leaflets
Medibrane is at the forefront of producing synthetic heart valve leaflets that combine flexibility, durability, and biocompatibility. By using advanced polymers like polyurethane, our production processes are designed to mimic the natural motion of heart valves while ensuring long-term durability and resistance to wear. Our focus on precision engineering ensures that each leaflet is tailored to meet the stringent requirements of modern valve replacement procedures.
