A collection of sterile devices including tubing and typically clamps, filters,
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.
DWF
Catheter, Cannula And Tubing, Vascular, Cardiopulmonary Bypass
A collection of sterile devices including tubing and typically clamps, filters,
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.
DWF
Catheter, Cannula And Tubing, Vascular, Cardiopulmonary Bypass
A plastic device designed to join two or more tubes of a cardiopulmonary bypass
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
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
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
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
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
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
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
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
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 device designed to facilitate/regulate the delivery of cardioplegic so
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 plastic device designed to join two or more tubes of a cardiopulmonary
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
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
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
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
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
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
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
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
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
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 so
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 small, sterile device with a locking/holding mechanism designed to secure most
A small, sterile device with a locking/holding mechanism designed to secure most any kind of tubing or tubing-like device (e.g., cables, cords) to a patient or to a surgical drape during a clinical intervention. It is typically designed as: 1) an adhesive pad (plaster), strip, or bandage intended to attach to the patient's skin or drape with the exposed side (top side) having an integrated fixation mechanism (e.g., Velcro hook/loop closure); or 2) a mechanical closure or gripping system intended to hold the tubing or tubing hub in place. This device is not designed to hold a specific type or brand of tubing. This is a single-use device.
A sterile, semi-rigid tube used in open heart surgery to facilitate the transfer
A sterile, semi-rigid tube used in open heart surgery to facilitate the transfer of priming fluids during the priming of the extracorporeal circuit of a cardiopulmonary bypass system. It is a noninvasive product in the form of a tube or tubing used to channel the fluids (i.e., primer/blood) to facilitate priming of the extracorporeal circuit and connection of the cardiopulmonary bypass system (heart/lung machine) to the patient. It is typically a moulded plastic tube with hard plastic spike at the distal end that connects to the bag or container of primer solution, a connector at the proximal end, and a central pinch clamp. This is a single-use device.
1/2" TUBING TO FIT OVER THE CORONARY PERFUSION OULTET PORT OF AN OXYGENATOR, TO
1/2" TUBING TO FIT OVER THE CORONARY PERFUSION OULTET PORT OF AN OXYGENATOR, TO SECURELY SEAL OFF THE PORT, THUS REDUCING THE POSSIBILITY OF THE PORT BEING INADVERTENTLY OPENED DURING THE HEMOPERFUSION PROCEDURE.
1/2 TUBING TO FIT OVER THE CORONARY PERFUSION OUTLET PORT OF AN OXYGENATOR, TO
1/2 TUBING TO FIT OVER THE CORONARY PERFUSION OUTLET PORT OF AN OXYGENATOR, TO SECURELY SEAL OFF THE PORT, THUS REDUCING THE POSSIBLITY OF THE PORT BEING INADVERTENTLY OPENED DUTING THE HEMOPERFUSION PROCEEDURE.
A sterile device designed to facilitate/regulate the delivery of cardioplegic so
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.
DWF
Catheter, Cannula And Tubing, Vascular, Cardiopulmonary Bypass
24" 1/8 x 1/32 Perfusion Adaptor Set w/Clear 1/4" PAC Male Luer
A sterile, semi-rigid tube used in open heart surgery to facilitate the transfer
A sterile, semi-rigid tube used in open heart surgery to facilitate the transfer of priming fluids during the priming of the extracorporeal circuit of a cardiopulmonary bypass system. It is a noninvasive product in the form of a tube or tubing used to channel the fluids (i.e., primer/blood) to facilitate priming of the extracorporeal circuit and connection of the cardiopulmonary bypass system (heart/lung machine) to the patient. It is typically a moulded plastic tube with hard plastic spike at the distal end that connects to the bag or container of primer solution, a connector at the proximal end, and a central pinch clamp. This is a single-use device.
A sterile plastic device designed to join two or more tubes of a cardiopulmonary
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, porous device used in the arterial line of an extracorporeal circuit,
A sterile, porous device used in the arterial line of an extracorporeal circuit, during a cardiopulmonary bypass procedure, to trap and remove potentially harmful gaseous emboli, aggregated blood constituents, and particles greater than a specified size (e.g., 40 microns) to prevent them from flowing into the bloodstream and obstructing extracorporeal circulation. It is commonly referred to as a bubble trap and will typically be used for a specified length of time (e.g., 6 hours). This is a single-use device.
A hand-held device designed to regulate and direct a stream of pressurized fluid
A hand-held device designed to regulate and direct a stream of pressurized fluid (e.g., sterile water or saline) and as an alternative provide aspiration (suction), to a surgical site, for the purpose of irrigating and clearing debris from the field of intervention. It is fitted with a long syringe-like nozzle that is activated by the user, typically through a push-type control(s). This device is typically a component of a surgical irrigation/aspiration system used for ENT or neurological surgery. This is a single-use device.
A general-purpose valve that is used to regulate the direction of a liquid or a
A general-purpose valve that is used to regulate the direction of a liquid or a gas flow. It is typically constructed of a durable material, e.g., plastic and/or metal, and may be used for a variety of general-purpose uses. For stopcocks used in intravenous (IV) lines for injection or removal of fluids see the appropriate GMDN code. This is a single-use device.
A sharp bevel-edged, hollow tubular metal instrument designed to remove fluid fr
A sharp bevel-edged, hollow tubular metal instrument designed to remove fluid from a body cavity or to obtain a biopsy specimen from a patient through aspiration; it is not dedicated to a particular part of the anatomy. The device is typically longer than a hypodermic needle and usually has a wider hub. It is not intended for administration of pharmaceuticals. This is a single-use device.
An assembly of devices designed to evacuate fluid, tissue, gas, or other foreign
An assembly of devices designed to evacuate fluid, tissue, gas, or other foreign materials from a body cavity or lumen by means of suction. It generally consists of a suction pump powered by compressed air or oxygen from a hospital's central gas system, tubing, plastic/glass collection container(s), a vacuum gauge, a regulator, an overflow trap, a moisture filter, and possibly a microbial filter. The pressurized gas enables the pump to create a vacuum in the suction tubing, which is inserted into the body for the removal of materials into the collection container. This system can be used in a wide variety of hospital or other healthcare settings.
A sterile, sharp bevel-edged, hollow tubular metal instrument designed to remove
A sterile, sharp bevel-edged, hollow tubular metal instrument designed to remove fluid from a body cavity or to obtain a biopsy specimen from a patient through aspiration; it is not dedicated to a particular part of the anatomy. The device is typically longer than a hypodermic needle and usually has a wider hub. This is a single-use device.
A collection of sterile devices including tubing and typically clamps, filters,
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.
DWF
Catheter, Cannula And Tubing, Vascular, Cardiopulmonary Bypass
A collection of sterile devices including tubing and typically clamps, filters,
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.
DWF
Catheter, Cannula And Tubing, Vascular, Cardiopulmonary Bypass
A collection of sterile devices including tubing and typically clamps, filters,
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.
DWF
Catheter, Cannula And Tubing, Vascular, Cardiopulmonary Bypass
A collection of sterile devices including tubing and typically clamps, filters,
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.
DWF
Catheter, Cannula And Tubing, Vascular, Cardiopulmonary Bypass
A collection of sterile devices including tubing and typically clamps, filters,
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.
DWF
Catheter, Cannula And Tubing, Vascular, Cardiopulmonary Bypass
A collection of sterile devices including tubing and typically clamps, filters,
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.
DWF
Catheter, Cannula And Tubing, Vascular, Cardiopulmonary Bypass
A collection of sterile devices including tubing and typically clamps, filters,
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.
DWF
Catheter, Cannula And Tubing, Vascular, Cardiopulmonary Bypass
A collection of sterile devices including tubing and typically clamps, filters,
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.
DWF
Catheter, Cannula And Tubing, Vascular, Cardiopulmonary Bypass
A collection of sterile devices including tubing and typically clamps, filters,
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.
DWF
Catheter, Cannula And Tubing, Vascular, Cardiopulmonary Bypass
A plastic device designed to join two or more tubes of a cardiopulmonary bypass
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
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
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
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
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.
HMO 51000-USA #SQUADROX-i Small Ad.+Filter /Small Adult. Filter
70106.7895
QUADROX-i Small Adult Microporous membrane oxygenator with integrated arterial f
QUADROX-i Small Adult Microporous membrane oxygenator with integrated arterial filter, SOFTLINE coated, and a screw connector
BEQ-HMO 51000 #SQUADR-i Small Adult +Fi. / Small Adult, Filter; BIOLINE Coating
70106.7911
QUADROX-i Small Adult Microporous Membrane Oxygenator with integrated arterial f
QUADROX-i Small Adult Microporous Membrane Oxygenator with integrated arterial filter, BIOLINE coated, with a screw connector
BEQ-HMO 50000-USA #SQUADR-i Small Ado.Fi / Small Adult, BIOLINE
70106.7905
QUADROX-i Small Adult Microporous Membrane Oxygenator, BIOLINE coated, without f
QUADROX-i Small Adult Microporous Membrane Oxygenator, BIOLINE coated, without filter, with a screw connector
QUADROX-i Small Adult Microporous Membrane Oxygenator, SOFTLINE coated, without
QUADROX-i Small Adult Microporous Membrane Oxygenator, SOFTLINE coated, without filter, with a screw connector
QUADROX-iD Adult Diffusion Membrane Oxygenator, BIOLINE coated, without a filte
QUADROX-iD Adult Diffusion Membrane Oxygenator, BIOLINE coated, without a filter, with a screw connector.
PLEGIOX Heat Exchanger, SOFTLINE coated, Sterile. The PLEGIOX cardioplegia heat
PLEGIOX Heat Exchanger, SOFTLINE coated, Sterile. The PLEGIOX cardioplegia heat exchanger is used for adjusting the temperature of blood cardioplegic and crystalloid cardioplegic solutions during extracorporeal circulation. The PLEGIOX contains heat exchanger fibers through which the cooling or heating fluid is pumped. The fluid to be temperature-controlled flows around the outside of these fibers. Deairing is ensured by a bubble trap with a filter integrated in the upper part of the PLEGIOX. An integrated bypass stopcock enables hot-shot to be performed.
The PLEGIOX cardioplegia heat exchanger is used for adjusting the temperature of
The PLEGIOX cardioplegia heat exchanger is used for adjusting the temperature of blood cardioplegic and crystalloid cardioplegic solutions during extracorporeal circulation. The PLEGIOX contains heat exchanger fibers through which the cooling or heating fluid is pumped. The fluid to be temperature controlled flows around the outside of these fibers. Deairing is ensured by a bubble trap with a filter integrated in the upper part of the PLEGIOX. An integrated bypass stopcock enables hot-shot to be performed.