ViaValve Safety IV Catheter provides blood control to help reduce the risk of blood exposure and contamination. A unique valve inside the catheter hub impeded blood flow from the patient's vein upon initial venipuncture.
ViaValve Safety IV Catheter provides blood control to help reduce the risk of blood exposure and contamination. A unique valve inside the catheter hub impeded blood flow from the patient's vein upon initial venipuncture.
ViaValve Safety IV Catheter provides blood control to help reduce the risk of blood exposure and contamination. A unique valve inside the catheter hub impeded blood flow from the patient's vein upon initial venipuncture.
ViaValve Safety IV Catheter provides blood control to help reduce the risk of blood exposure and contamination. A unique valve inside the catheter hub impeded blood flow from the patient's vein upon initial venipuncture.
ViaValve Safety IV Catheter provides blood control to help reduce the risk of blood exposure and contamination. A unique valve inside the catheter hub impeded blood flow from the patient's vein upon initial venipuncture.
ViaValve Safety IV Catheter provides blood control to help reduce the risk of blood exposure and contamination. A unique valve inside the catheter hub impeded blood flow from the patient's vein upon initial venipuncture.
ViaValve Safety IV Catheter provides blood control to help reduce the risk of blood exposure and contamination. A unique valve inside the catheter hub impeded blood flow from the patient's vein upon initial venipuncture.
ViaValve Safety IV Catheter provides blood control to help reduce the risk of blood exposure and contamination. A unique valve inside the catheter hub impeded blood flow from the patient's vein upon initial venipuncture.
Modified Double-D lumen design provides equal and consistent flow rates through the venous and arterial lumens with the benefit of a completely independent third lumen for infusion, which does not affect flow rates through the dialysis lumens. Flexib
Modified Double-D lumen design provides equal and consistent flow rates through the venous and arterial lumens with the benefit of a completely independent third lumen for infusion, which does not affect flow rates through the dialysis lumens. Flexib
Modified Double-D lumen design provides equal and consistent flow rates through the venous and arterial lumens with the benefit of a completely independent third lumen for infusion, which does not affect flow rates through the dialysis lumens. Flexib
Modified Double-D lumen design provides equal and consistent flow rates through the venous and arterial lumens with the benefit of a completely independent third lumen for infusion, which does not affect flow rates through the dialysis lumens. Flexib
Modified Double-D lumen design provides equal and consistent flow rates through the venous and arterial lumens with the benefit of a completely independent third lumen for infusion, which does not affect flow rates through the dialysis lumens. Flexib
Modified Double-D lumen design provides equal and consistent flow rates through the venous and arterial lumens with the benefit of a completely independent third lumen for infusion, which does not affect flow rates through the dialysis lumens. Flexib
Modified Double-D lumen design provides equal and consistent flow rates through the venous and arterial lumens with the benefit of a completely independent third lumen for infusion, which does not affect flow rates through the dialysis lumens. Flexib
Modified Double-D lumen design provides equal and consistent flow rates through the venous and arterial lumens with the benefit of a completely independent third lumen for infusion, which does not affect flow rates through the dialysis lumens. Flexib
Modified Double-D lumen design provides equal and consistent flow rates through the venous and arterial lumens with the benefit of a completely independent third lumen for infusion, which does not affect flow rates through the dialysis lumens. Flexib
Modified Double-D lumen design provides equal and consistent flow rates through the venous and arterial lumens with the benefit of a completely independent third lumen for infusion, which does not affect flow rates through the dialysis lumens. Flexib
Modified Double-D lumen design provides equal and consistent flow rates through the venous and arterial lumens with the benefit of a completely independent third lumen for infusion, which does not affect flow rates through the dialysis lumens. Flexib
Modified Double-D lumen design provides equal and consistent flow rates through the venous and arterial lumens with the benefit of a completely independent third lumen for infusion, which does not affect flow rates through the dialysis lumens. Flexib
Modified Double-D lumen design provides equal and consistent flow rates through the venous and arterial lumens with the benefit of a completely independent third lumen for infusion, which does not affect flow rates through the dialysis lumens. Flexib
Modified Double-D lumen design provides equal and consistent flow rates through the venous and arterial lumens with the benefit of a completely independent third lumen for infusion, which does not affect flow rates through the dialysis lumens. Flexib
Modified Double-D lumen design provides equal and consistent flow rates through the venous and arterial lumens with the benefit of a completely independent third lumen for infusion, which does not affect flow rates through the dialysis lumens. Flexib
Modified Double-D lumen design provides equal and consistent flow rates through the venous and arterial lumens with the benefit of a completely independent third lumen for infusion, which does not affect flow rates through the dialysis lumens. Flexib