Jiangsu Profile

Product List
841. Straight Tip Antegrade Perfusion Cannula with Tyvek Package
[Feb 21, 2025]

Application In cardiac operation, the perfusion cannula is inserted into root of aorta which cold arrest liquid perfused. Features 1. Proprietary center vented needle helps control blood flow while venting; 2. ...
842. Oval Body 2-Stage Venous Cannula for Heart Surgery
[Feb 21, 2025]

Features 1. The cannulae feature thin wall PVC construction; 2. Flexible, kink resistant wirewound bodies; 3. Tapered; Multi-port bullet tips for easy insertion and optimum flow rates; 4. Two stage, Oval ...
843. Cardioplegia Circuit Cannula
[Feb 21, 2025]

Application In cardiac operation, the perfusion cannula is inserted into root of aorta which cold arrest liquid perfused. Features 1. Proprietary center vented needle helps control blood flow while venting; 2. ...
844. Coronary Artery Ostial Cannula with CE Approved
[Feb 21, 2025]

Features 1. Antegrade; 2. Coronary artery ostial cannula; 3. Basket tip with high-flow 4. 90° & 45° Model No.: KX0307 Sizes: 10FR 12FR MODEL NO. 90 Degree Tip 45 Degree Tip KX0307 10FR(3.3mm) ...
845. CE Mark 3-Stage Venous Cannula with Round Body
[Feb 21, 2025]

Features 1. The cannulae feature thin wall PVC construction; 2. Flexible, kink resistant wirewound bodies; 3. Tapered; Multi-port bullet tips for easy insertion and optimum flow rates; 4. Two stage, Oval ...
846. Kx0304 Aortic Root Cannula with Vent Line
[Feb 21, 2025]

Application In cardiac operation, the perfusion cannula is inserted I root of aorta which cold arrest liquid perfused. Features 1. Unique back-bleed slide-plug is designed to help minimize blood loss 2. ...
847. Antegrade Perfusion Aortic Root Cannula
[Feb 21, 2025]

Application In cardiac operation, the perfusion cannula is inserted I root of aorta which cold arrest liquid perfused. Features 1. Unique back-bleed slide-plug is designed to help minimize blood loss 2. ...
848. ODM Antegrade Perfusion Aortic Root Cannula
[Feb 21, 2025]

Application In cardiac operation, the perfusion cannula is inserted I root of aorta which cold arrest liquid perfused. Features 1. Unique back-bleed slide-plug is designed to help minimize blood loss 2. ...
849. Dual Stage Oval Body Venous Cannula with ISO13485
[Feb 21, 2025]

Features 1. The cannulae feature thin wall PVC construction; 2. Flexible, kink resistant wirewound bodies; 3. Tapered; Multi-port bullet tips for easy insertion and optimum flow rates; 4. Two stage, Oval ...
850. ODM Disposable Cardiac Antegerade Cannula
[Feb 21, 2025]

Application In cardiac operation, the perfusion cannula is inserted I root of aorta which cold arrest liquid perfused. Features 1. Unique back-bleed slide-plug is designed to help minimize blood loss 2. ...
851. Aortic Cannula with Three Way Valve
[Feb 21, 2025]

Application In cardiac operation, the perfusion cannula is inserted I root of aorta which cold arrest liquid perfused. Features 1. Unique back-bleed slide-plug is designed to help minimize blood loss 2. ...
852. Cardioplegia Circuit Cannula with Ce
[Feb 21, 2025]

Application In cardiac operation, the perfusion cannula is inserted I root of aorta which cold arrest liquid perfused. Features 1. Unique back-bleed slide-plug is designed to help minimize blood loss 2. ...
853. Extracorporeal Circuit Cannula with Ce
[Feb 21, 2025]

Application In cardiac operation, the perfusion cannula is inserted I root of aorta which cold arrest liquid perfused. Features 1. Unique back-bleed slide-plug is designed to help minimize blood loss 2. ...
854. Aortic Root Cannula for Heart Surgery
[Feb 21, 2025]

Application In cardiac operation, the perfusion cannula is inserted I root of aorta which cold arrest liquid perfused. Features 1. Unique back-bleed slide-plug is designed to help minimize blood loss 2. ...
855. Cardioplegia Cannula for Heart Surgery
[Feb 21, 2025]

Application In cardiac operation, the perfusion cannula is inserted I root of aorta which cold arrest liquid perfused. Features 1. Unique back-bleed slide-plug is designed to help minimize blood loss 2. ...
