Search Results

The Quantum Perfusion Hybrid System is intended to collect, defoam and filter venous and suction blood during cardiopulmonary bypass. The device is intended to be used for periods up to six hours. The device is intended for adult patients.

The Quantum Perfusion Hybrid System is a system, including a blood reservoir consisting of an hardshell and softshell reservoir. The combination of defoaming bodies and filtering media of venous/vent and cardiotomy side allows both the filtration of debris and the retention of air bubbles. Product configuration includes, together with the Hybrid System, dedicated spare parts: an adapter 1/2" – 3/8"; a spare cap set; a blood sampling set. The device is intended to be used for periods up to six hours. The Quantum Perfusion Hybrid System is a sterile device with non-pyrogenic fluid pathways, sterilized by ethylene oxide, conceived for single use only and is not to be re-sterilized by the user; the device has a declared shelf life of 2 years.

The MVR Venous Reservoir Bag is indicated for use during cardiopulmonary bypass surgery in an extracorporeal circuit utilizing a membrane oxygenator for up to 6 hours in duration. The MVR Holder (Model MVR-SH) is indicated for use with the MVR Collapsible Venous Reservoir Bag.

The MVR Venous Reservoir Bag, with or without Cortiva bioactive surface, is a single-use, sterile, nonpyrogenic variable volume device used in conjunction with a membrane oxygenator during cardiopulmonary bypass (CPB) surgery. It is sterilized using ethylene oxide. It is designed to accommodate blood from the patient and suctioned blood from the cardiotomy reservoir. The internal screen of the venous reservoir is designed to assist in tramping air, which may enter the venous reservoir during priming or perfusion on the inlet side of the reservoir. Air trapped in the venous reservoir bag can be removed using the one-way stopcock located at the top of the reservoir. Blood that comes from the patient flows into the reservoir and is delivered through a pump to the oxygenator and other axillary devices, and back to the patient. The oxygenator can be connected to a heater/cooler device, recirculation circuit, cardioplegia circuit, and the main blood path. Products coated with Cortiva bioactive surface include a "CB" prefix in the model number. The primary blood-contacting surfaces of the product are coated with Cortiva bioactive surface. This coated surface enhances blood compatibility and provides a blood-contacting surface that is thromboresistant. Cortiva bioactive surface contains nonleaching heparin derived from porcine intestinal mucosa.

The BMR1900 PHISIO Closed Venous Reservoir Bag is intended to be used in cardiopulmonary bypass procedures for periods of up to six hours.

The BMR1900 PHISIO Closed Venous Reservoir Bag (hereinafter BMR1900) is a softshell, flexible, polyvinylchloride bag designed for use in cardiopulmonary bypass surgery for periods up to six hours. It is supplied sterile with non-pyrogenic fluid pathways, for single use only, and is not to be resterilized by the user. As for the unmodified device, the BMR1900 PHISIO. is composed of the following elements: - · A collapsible bag that serves as an in-line closed venous reservoir to contain blood volume. - · An integral 105 micron polyester filter screen which is mainly intended to facilitate the removal of large air bubbles from the blood. - A dual four-wav stopcock assembly used to manually purge the air captured by the filter screen or to administrate drugs or other solutions as needed during the cardiopulmonary bypass procedure. - A 1/2" venous blood inlet port and a 3/8" blood outlet port. - Connectors integral to the blood inlet port that are used to measure temperature and saturation/hematocrit of the incoming blood using external monitoring equipment, as needed. The BMR1900 PHISIO is designed with a 1900 mL maximum operating volume and a minimum operating volume equals to 300 mL and can be used at any flow rate up to 6 liter per minute. The venous blood inlet/outlet ports and the dual four-way stopcock assembly are opposite located with respect to the horizontal axis: the formers are placed in the bottom of the device while the latter at the top of the bag. Considering the vertical axis, both modified and unmodified devices present the blood inlet port with the integral cardiotomy inlet placed on one side of the bag while the blood outlet port is located on the opposite side of the bag. Blood enters the bag through the inlet port and passes through a polyester filter screen before exiting the bag through the outlet port. The purpose of the filter is to facilitate the removal of large air bubbles from the blood. The BMR1900 PHISIO will be available with two configurations that differ only for the orientation of the venous blood inlet. The BMR1900 PHISIO. has the connector of the venous blood inlet right oriented (figure 1) while the BMR1900 L PHISIO. has the connector of the venous blood inlet left oriented (figure 2) The modified device is modified version of the currently marketed BMR1900 PH.I.S.I.O product

The Intersept filtered cardiotomy reservoir with Cortive surface is indicated for use in the cardiopulmonary bypass circuit during surgery for: - an air/fluid separation chamber - a temporary storage reservoir for priming solution and blood - the filtration of particulates from bank blood and the storage and filtration of blood recovered from the field by suction - the addition of medications or other fluids.

The Intersept Filtered Cardiotomy Reservoir with Cortiva BioActive Surface is a single-use, device with a sterile, nonpyrogenic fluid path. The maximum capacity of each reservoir is 2,600 mL. The maximum recommended flow rate is 2 liters per minute (LPM). Each reservoir has eight luer or 0.6 cm (0.25 in) ID access ports; four suction access ports, two pre-defoamer and two post-defoamer access ports. One of the post-defoamer access ports is intended for use as a vent. Each Intersept Filtered Cardiotomy Reservoir contains an open cell polyurethane defoamer with a 20-micron microaggregate filter covered with a polyester sleeve.

INSPIRE SVR 1200 with Ph.I.S.I.O. coating is intended for use in adult surgical procedures requiring cardiopulmonary bypass. It collects and handles venous blood from cardiotomy reservoir. The INSPIRE SVR 1200 is intended to be used for 6 hours or less. INSPIRE SVR 1200 with Ph.I.S.I.O. coating is intended for use in adult and small adult surgical procedures requiring cardiopulmonary bypass. It collects and handles venous blood and suction blood from cardiotomy reservoir. The INSPIRE SVR 1200 is intended to be used for 6 hours or less.

The Sorin INSPIRE SVR 1200 (hereinafter referred to as INSPIRE SVR 1200) is a flexible PVC soft shell venous reservoir bag. This reservoir may be attached to the INSPIRE 6F C and INSPIRE 8F C oxygenator systems using a molded fitting connected to the gas exchange module. The blood contacting surfaces of this device are coated with a phosphorylcholine-based (Ph.I.S.I.O.) coating that provides a uniform surface. The device is provided with a 1/2" venous inlet connector and a 3/8" blood outlet connector. The venous inlet has an integral cardiotomy reservoir connector to allow receipt of blood from both venous cannulation and from a cardiotomy reservoir. The INSPIRE SVR 1200 can be operated at flow rates up to 8 liters per minute (I/min) and has a maximum reservoir volume of 1325 mL. The INSPIRE SVR 1200 soft shell venous reservoir is similar to the predicate devices as it consists of a soft PVC material and is used to collect blood during cardiopulmonary bypass procedures lasting up to 6 hours. The intended use and principles of operation are consistent with the predicate devices. It differs from the predicate devices in volume and dimensions, length of purge lines, and it includes a mounting backplate. The device is ethylene oxide sterilized, has a non-pyrogenic fluid path and is for single use only.

The Capiox® Advance Hardshell Reservoir is a hardshell reservoir used to store blood during extracorporeal circulation from both the venous line and the cardiotomy line. The reservoir contains filters to remove particulate matter and defoamers to facilitate air bubble removal. The Hardshell Reservoir is also used for post-operative chest drainage and autotransfusion procedures to aseptically return blood to the patient for blood volume replacement. The Hardshell Reservoir is also used with the vacuum-assisted venous return technique during cardiopulmonary bypass. The Hardshell Reservoir contains X-Coating, which is intended to reduce platelet adhesion on the surfaces of the device. The device may be used for procedures lasting up to 6 hours.

The Capiox® Advance Hardshell Reservoir device and the predicate Capiox® RX Hardshell Reservoir device are both used as a blood storage devices during and after cardiopulmonary bypass procedures. Venous blood enters the reservoir via gravity, or by way of external vacuum that may be applied to the reservoir. Venous blood that is drawn from the patient enters the device via the venous blood inlet port. The blood passes through a defoamer to remove air bubbles from the blood and through a filter to remove particulates from the blood. Blood may also be suctioned into the reservoir from the cardiotomy field. This blood enters the device through the cardiotomy blood suction ports. The blood passes through a defoamer to remove air bubbles from the blood and through a filter to remove particulates from the blood. Blood exits the device via gravity through the blood outlet port and is subsequently pumped through the remainder of the cardiopulmonary bypass circuit. The design of the Capiox® Advance Hardshell Reservoir is comprised of a hardshell casing that serves as a blood containment system within the bypass circuit. The upper portion of the reservoir consists of a hardshell lid assembly that contains the necessary inlet ports and vent ports. It contains a rotatable venous blood inlet port. The total capacity of the reservoir is 4000mL. The venous section of the reservoir contains a filter for particulate matter removal and a defoamer to facilitate air bubble removal. The cardiotomy section of the reservoir contains a filter for particulate matter removal and a defoamer to facilitate air bubble removal.

The Intersept filtered cardiotomy reservoir is indicated for use in the cardiopulmonary bypass circuit during surgery for: - an air/fluid separation chamber; - a temporary storage reservoir for priming solution and blood; - the filtration of particulates from bank blood and filtration of blood recovered from the field by suction: - the addition of medications or other fluids. The Intersept filtered cardiotomy reservoir is also indicated for use after open heart surgery for: - the post-operative collection of autologous blood from the chest and the aseptic return of blood to the patient for volume replacement.

The Intersept™ Filtered Cardiotomy Reservoir is a single-use, device with a sterile, nonpyrogenic fluid path. The maximum capacity of each reservoir is 2,600 ml. The maximum recommended flow rate is 2 liters per minute (LPM). Each reservoir has eight luer or 1/4" (0.6 cm) ID access ports; - four suction access ports . - two pre-defoamer and two post-defoamer access ports. One of the post-defoamer access . ports is intended for use as a vent. Each Intersept™ Filtered Cardiotomy Reservoir contains an open cell polyurethane defoamer with a 20 micron microaggregate filter covered with a polyester sleeve.

The venous hardshell cardiotomy reservoir is used to collect, store and filter blood in extracorporeal circulation, in cardiopulmonary bypass operations on pediatric patients for up to 6 hours. The reservoir can also be employed postoperatively as drainage and autotransfusion reservoir (e.g., for thorax drainage) to return the autologous blood to the patient which was removed from the thorax for the volume exchange.

The Neonatal and Pediatric Venous Hardshell Cardiotomy Reservoirs with and without SOFTLINE Coating are developed for surgical procedures requiring cardiopulmonary bypass for pediatric patients. They are used as a blood buffer in the extracorporeal circuit and are used as a collecting and defoaming device for sucked blood. The device is supplied sterile and non-pryogenic.

The Affinity Pixie Cardiotomy/Venous Reservoir with Carmeda BioActive Surface or Balance Biosurface are indicated for use for neonate, infant, and small pediatric patients undergoing cardiopulmonary bypass procedures requiring a blood flow rate up to 2.0 L/min. The Affinity Pixie Cardiotomy/Venous Reservoir is intended to be used in jan extracorporeal perfusion circuit to collect venous and cardiotomy suctioned blood during toutine cardiopulmonary procedures up to 6 hours in duration. The CVR is also intended for use during vacuum assisted venous drainage (VAVD) procedures.

The Medtronic Affinity Pixie Cardiotomy Venous Reservoir (CVR) is a single use device designed to collect and store blood during extracorporeal circulation. Cardiotomy blood is collected, filtered, and defoamed before mixing with the filtered venous blood. The reservoir can also be used for vacuum-assisted venous drainage. The Affinity Pixie Cardiotomy Venous Reservoir is coated with either Carmeda BioActive Surface or Balance Biosurface. The device is single-use, nontoxic, nonpyrogenic, and supplied sterile for clinical use.

The Better-Bladder™ is a device that isolates from blood contact when measurements of blood pressure in extracorporeal circuits are made during term procedures. The pressure signal can be used to control pump speed. It is also used as an inline reservoir to provide compliance in the circuit during short and long term procedures.

The Better-Bladder™ (BB) is a length of standard perfusion tubing, a portion of which has been processed to form a sausage shaped balloon with a thin wall that is then sealed within a clear, rigid housing. This device can be used as an inline blood reservoir during extracorporeal circulation. It can also be used to monitor the blood pressure noninvasively: because the pressure of blood flowing inside the tubing is transmitted across the thin wall to the housing chamber, this pressure can be monitored via a pressure monitoring line to a pressure sensor. The BB thereby serves as a pressure transducer protector, isolating the blood from the pressure sensor and allowing noninvasive pressure measurements, which in turn can be used as input signals to control the pump speed.