A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile device designed to facilitate/regulate the delivery of cardioplegic solution to the heart during a cardiopulmonary bypass procedure by connecting an administration line to a cardioplegia cannula. Also known as a cardioplegia delivery set, it basically consists of tubing [e.g., polyvinyl chloride (PVC)] with connectors. It may have a single lumen or branched multiple-lumen design and include various types of connectors, clamps, and valves, depending on additional intended uses (e.g., venting, recirculation, and/or simultaneous perfusion of vein grafts). This is a single-use device.

A sterile device designed to facilitate/regulate the delivery of cardioplegic solution to the heart during a cardiopulmonary bypass procedure by connecting an administration line to a cardioplegia cannula. Also known as a cardioplegia delivery set, it basically consists of tubing [e.g., polyvinyl chloride (PVC)] with connectors. It may have a single lumen or branched multiple-lumen design and include various types of connectors, clamps, and valves, depending on additional intended uses (e.g., venting, recirculation, and/or simultaneous perfusion of vein grafts). This is a single-use device.

A sterile device designed to facilitate/regulate the delivery of cardioplegic solution to the heart during a cardiopulmonary bypass procedure by connecting an administration line to a cardioplegia cannula. Also known as a cardioplegia delivery set, it basically consists of tubing [e.g., polyvinyl chloride (PVC)] with connectors. It may have a single lumen or branched multiple-lumen design and include various types of connectors, clamps, and valves, depending on additional intended uses (e.g., venting, recirculation, and/or simultaneous perfusion of vein grafts). This is a single-use device.

A sterile device designed to facilitate/regulate the delivery of cardioplegic solution to the heart during a cardiopulmonary bypass procedure by connecting an administration line to a cardioplegia cannula. Also known as a cardioplegia delivery set, it basically consists of tubing [e.g., polyvinyl chloride (PVC)] with connectors. It may have a single lumen or branched multiple-lumen design and include various types of connectors, clamps, and valves, depending on additional intended uses (e.g., venting, recirculation, and/or simultaneous perfusion of vein grafts). This is a single-use device.

A sterile device designed to facilitate/regulate the delivery of cardioplegic solution to the heart during cardiopulmonary bypass procedure by connecting and administration line. Also known as a cardioplegia delivery set, it basically consists of tubing [e.g., polyvinyl chloride (PVC)] with connectors. It may have a single lumen or branched multiple-lumen design and include various types of connectors, clamps and valves, depending on additional intended uses (e.g., venting, recirculation, and/or simultaneous perfusion of vein grafts). This is a single-use device.

A sterile device designed to facilitate/regulate the delivery of cardioplegic solution to the heart during a cardiopulmonary bypass procedure by connecting an administration line to a cardioplegia cannula. Also known as a cardioplegia delivery set, it basically consists of tubing [e.g., polyvinyl chloride (PVC)] with connectors. It may have a single lumen or branched multiple-lumen design and include various types of connectors, clamps, and valves, depending on additional intended uses (e.g., venting, recirculation, and/or simultaneous perfusion of vein grafts). This is a single-use device.

A collection of sterile devices including tubing and typically clamps, filters, connectors, and stopcocks, used in a circuit for a cardiopulmonary bypass procedure. The tubing is typically polymeric and may be heparin coated. It is typically used in the blood pump head of a cardiopulmonary bypass system. The tubing, when used in a roller type pump, will be cyclically compressed by the blood pump to cause the blood to flow through the heart-lung bypass system. This is a single-use device.

A plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A non-sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A sterile plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.

A plastic device designed to join two or more tubes of a cardiopulmonary bypass system circuit, typically to create an extension or shunt; it may also be used to connect ancillary disposable devices (e.g., temperature probe). It typically has a Y-shape or straight design and is profiled at its ends to create leak-proof connections. This is a single-use device.