The Abbott Epic™ Plus Stented Tissue Valves are advanced bioprosthetic heart valve systems designed for surgical mitral and aortic valve replacement procedures. Developed as the next generation of the trusted Epic™ valve platform, the Epic™ Plus series combines proven long-term durability with enhanced implantability and improved fluoroscopic visibility to support future valve-in-valve interventions. The valves feature a triple composite porcine leaflet design, low-profile stent post architecture, and an easy-to-expand radiopaque band that improves positioning and visualization during cardiac procedures. Engineered to minimize left ventricular outflow tract (LVOT) and coronary obstruction risks, the Epic™ Plus valves provide optimized hemodynamic performance across diverse patient populations. Clinical studies demonstrated outstanding long-term durability, including high freedom from structural valve deterioration (SVD) and valve reintervention rates at 10 years in both mitral and aortic positions. Available in mitral, aortic, and supra-annular configurations with multiple sizing options, the Epic™ Plus platform delivers reliable surgical performance, excellent biocompatibility, and enhanced procedural flexibility for modern cardiac valve replacement therapies.

The Masters HP™ Mechanical Aortic Heart Valve is a high-performance bileaflet mechanical valve engineered for surgical aortic valve replacement procedures requiring long-term durability and optimized hemodynamic performance. Designed with a supra-annular sewing cuff configuration, the valve allows implantation of a larger effective valve size within a given tissue annulus, improving effective orifice area (EOA) and reducing transvalvular pressure gradients. Its advanced 85-degree leaflet opening angle promotes enhanced laminar blood flow while minimizing turbulence and improving overall hemodynamic efficiency. The valve incorporates a controlled torque rotation mechanism that enables precise intraoperative positioning and easier surgical adjustment during implantation. Engineered for durability, structural reliability, and long-term clinical performance, the Masters HP™ valve is MR Conditional and available in multiple annulus diameter configurations to accommodate a wide range of patient anatomies. Designed to support excellent flow dynamics and durable mechanical valve function, the Masters HP™ Mechanical Aortic Heart Valve provides a reliable solution for advanced surgical heart valve replacement procedures.

The Masters Valved Graft with Hemashield® Technology is an advanced mechanical aortic valved graft system designed for complex aortic root replacement and reconstructive cardiovascular surgery procedures. Combining a high-performance bileaflet mechanical heart valve with a collagen-impregnated Hemashield® vascular graft, the system provides excellent hemodynamic performance, reliable structural durability, and optimized tissue integration. The Hemashield® graft technology promotes uniform tissue ingrowth and enhanced biocompatibility while eliminating the need for pre-clotting due to its low-porosity design. Engineered with a pleat-free valve cuff structure, the graft facilitates easier positioning and secure coronary anastomosis during implantation procedures. The integrated mechanical valve delivers efficient blood flow dynamics and long-term mechanical durability, while the 12 cm graft configuration supports flexible surgical reconstruction of the ascending aorta and aortic root. Designed for reliable implantation, reduced surgical complexity, and durable cardiovascular performance, the Masters Valved Graft system offers an effective solution for advanced aortic valve and vascular replacement surgeries.

The Regent™ Mechanical Heart Valve Sizer Set is a specialized surgical accessory system developed to support accurate sizing and implantation of Regent™ mechanical heart valves during aortic valve replacement procedures. Designed for supra-annular valve positioning, the system assists surgeons in selecting the optimal valve size according to the patient’s annulus anatomy, improving procedural precision and implantation efficiency. The cylindrical sizing instruments accurately determine annulus dimensions, while the corresponding Regent™ valve replica components allow visualization and confirmation of valve placement prior to implantation. The set includes malleable Nitinol sizer and holder handles capable of bending up to 90 degrees without structural degradation, providing enhanced flexibility and easier intraoperative handling in challenging surgical anatomies. Engineered for repeated sterilization and long-term durability, the Regent™ Sizer Set supports accurate mechanical valve selection, improved procedural workflow, and enhanced surgical control during cardiac valve replacement interventions.

The Masters Series Mechanical Mitral Heart Valve is a high-performance bileaflet mechanical valve designed for long-term surgical mitral valve replacement procedures. Engineered with pyrolytic carbon leaflets and orifice ring technology, the valve provides exceptional structural durability, enhanced thromboresistance, and reliable long-term hemodynamic performance. Its advanced 85-degree leaflet opening mechanism promotes optimized laminar blood flow while reducing turbulence and transvalvular pressure gradients, supporting improved cardiac efficiency after implantation. The valve incorporates a controlled torque rotation mechanism that enables precise intraoperative positioning and easier surgical adjustment during mitral valve replacement procedures. Designed for durability, smooth leaflet motion, and consistent blood flow dynamics, the Masters Series valve is MR Conditional and available in multiple annulus diameter configurations to accommodate a wide range of patient anatomies. With proven clinical reliability and advanced bileaflet mechanical valve engineering, the Masters Series Mechanical Mitral Heart Valve provides an effective solution for modern surgical mitral valve replacement therapy.

The SJM™ Rigid Saddle Ring Sizer Set is a specialized surgical accessory system designed to support accurate sizing and implantation of SJM™ Rigid Saddle annuloplasty rings during mitral valve repair procedures. Engineered to facilitate precise ring size selection, the system helps surgeons optimize annular reconstruction and improve procedural accuracy in valve repair surgeries. The set includes multiple sizing instruments covering ring sizes from 24 mm to 34 mm, allowing adaptation to a wide range of mitral valve anatomies. Its malleable Nitinol sizer and holder handle can be bent in multiple directions up to 90 degrees without structural degradation, providing enhanced flexibility and improved intraoperative maneuverability in complex surgical environments. The complete system includes sizers, holder handles, an extension handle, and an autoclavable tray with cover for efficient sterilization and organized surgical workflow. Designed for durability, ergonomic handling, and accurate mitral ring selection, the SJM™ Rigid Saddle Ring Sizer Set supports improved surgical precision and optimized mitral valve repair procedures.

The SJM™ Rigid Saddle Ring is an advanced annuloplasty ring system designed for mitral valve repair procedures requiring durable annular remodeling and restoration of physiological mitral valve geometry. Engineered with a saddle-shaped rigid and semi-rigid structure, the ring helps recreate the natural anatomical shape of a healthy mitral annulus while improving leaflet coaptation and reducing valvular stress distribution. Its titanium core construction maintains long-term structural stability and supports consistent annular remodeling during cardiac repair procedures. The saddle configuration contributes to optimized distribution of leaflet stress and chordal tension, which may enhance long-term repair durability and valve function. The system also incorporates EZ Suture™ cuff technology supported by a specialized triangular core design that provides a larger suture target area and facilitates easier surgical implantation. Available in multiple ring sizes and engineered for anatomical compatibility, the SJM™ Rigid Saddle Ring offers reliable performance, enhanced surgical handling, and durable mitral valve repair outcomes in structural heart surgery applications.

The Masters Series Mechanical Aortic Heart Valve is a durable bileaflet mechanical valve system engineered for surgical aortic valve replacement procedures requiring long-term reliability and optimized hemodynamic performance. Constructed with pyrolytic carbon leaflets and orifice ring technology, the valve delivers exceptional structural durability, enhanced thromboresistance, and stable long-term valve function. Its advanced 85-degree leaflet opening angle promotes efficient laminar blood flow while reducing turbulence and transvalvular pressure gradients to support improved cardiac performance after implantation. The valve incorporates a controlled torque rotation mechanism that enables precise intraoperative positioning and easier surgical adjustment during implantation procedures. The expanded Masters aortic cuff design provides approximately 25% greater cuff area compared to standard cuff configurations, facilitating secure implantation and enhanced surgical handling. Engineered for consistent mechanical performance, smooth leaflet motion, and durable cardiovascular support, the Masters Series Mechanical Aortic Heart Valve is MR Conditional and available in multiple annulus diameter sizes for broad patient compatibility in modern cardiac surgery applications.

The Regent™ Mechanical Aortic Heart Valve is a high-performance bileaflet mechanical valve engineered to provide exceptional hemodynamic efficiency, structural durability, and long-term reliability in surgical aortic valve replacement procedures. Designed for supra-annular implantation, the valve delivers optimized blood flow dynamics while maintaining low complication rates and excellent structural integrity across a broad range of patient anatomies. Its advanced 85-degree leaflet opening angle enhances laminar flow characteristics and reduces turbulence and transvalvular pressure gradients, contributing to improved postoperative cardiac performance. The valve features a low implant profile and innovative FlexCuff™ sewing cuff technology, which is flanged and more pliable than standard cuff configurations, facilitating easier implantation and improved surgical adaptability. Engineered to achieve high effective orifice area relative to annulus size, the Regent™ valve supports enhanced hemodynamic outcomes even in smaller annulus anatomies. MR Conditional and available in multiple annulus diameter configurations, the Regent™ Mechanical Aortic Heart Valve offers durable mechanical valve performance for advanced cardiac surgery applications.

The Tailor™ Annuloplasty Ring Sizer Set is a specialized surgical accessory system developed to support accurate sizing and implantation of Tailor™ annuloplasty rings, bands, and Attune™ rings during tricuspid and valve repair procedures. Designed to facilitate precise ring size selection according to patient anatomy, the system enhances procedural accuracy and improves surgical workflow during annuloplasty interventions. The set includes multiple sizing instruments covering ring sizes from 25 mm to 35 mm, allowing compatibility across a broad range of annular anatomies. Its malleable Nitinol sizer and holder handles can be bent in multiple directions up to 90 degrees without structural degradation, providing enhanced flexibility and improved maneuverability in complex surgical environments. The complete system includes sizers, holder handles, an extension handle, and an autoclavable tray with protective cover for organized handling and efficient sterilization. Engineered for durability, ergonomic handling, and reliable intraoperative sizing performance, the Tailor™ Annuloplasty Ring Sizer Set supports optimized valve repair procedures and accurate annuloplasty ring implantation.

The Tailor™ Flexible Annuloplasty Ring is an advanced flexible ring system designed for mitral and tricuspid valve repair procedures requiring physiological annular motion preservation and durable annular remodeling. Engineered to maintain the repaired annulus size while supporting natural cardiac movement, the ring allows dynamic anterior and posterior annular motion throughout the cardiac cycle, helping preserve ventricular function and optimize postoperative hemodynamics. Its flexible structural design supports improved cardiac output and left ventricular performance while reducing excessive annular stress during valve function. The device features a large target area that facilitates precise suturing and secure implantation during surgical repair procedures. Suitable for open sternotomy, minimally invasive, and robotic-assisted cardiac surgery approaches, the Tailor™ Flexible Annuloplasty Ring offers excellent anatomical adaptability and procedural versatility across modern valve repair applications. Available in multiple ring sizes with evenly spaced suture markers and optimized dimensional configurations, the system provides reliable structural support and enhanced surgical handling for durable mitral and tricuspid valve reconstruction outcomes.