Tuotteet

Ohjelmoitavat Shunttiläpät

Codman Certas Plus -ohjelmoitavassa shunttiläpässä on 7 asetusaluetta 25–215 mmH2O välillä, ylimääräinen 8. asetus eli ns. ”Virtual Off”, jossa pienin käyttöpaine on yli 400 mmH20. Läpissä on integroitu ja niitä on saatavana erilaisia variantteja, mukaanlukien läppiä SIPHONGUARD-antisifonilaitteella sekä antimikrobisella BACTISEAL-katetrilla. Codman Certas Plus -läppä on magneettikuvausturvallinen 3 teslaan asti.

Integra LifeSciences Sales
CERTAS Plus RA Valve Only
The Codman® CERTAS™ Plus programmable valve offers the ability to optimize the opening pressure of a shunt system before and after implantation. A shunted patient’s condition will often change over the course of their treatment making pressure changes necessary. The Codman® CERTAS™ Plus programmable valve allows a surgeon to non-invasively change the opening pressure (from 25 to 215 mm H2 O) to one of eight performance settings, which range from 1 (low pressure) to 7 (high pressure), plus performance setting 8, which is a “Virtual Off.” The setting of the Codman® CERTAS™ Plus programmable valve is changed through the use of an externally applied magnetic field. Applying a specific magnetic field to the adjustable valve mechanism will permit the cam to turn slightly, increasing or decreasing the tension on the spring, and changing the setting of the valve. To avoid unintended pressure setting changes, the valve is designed to withstand external magnetic influences, including MRI up to 3 Tesla. The Codman® CERTAS™ Plus programmable valve is available in 3 different designs (regular, small and right angle) and with integrated SiphonGuard® antisiphon d
Integra LifeSciences Sales
CERTAS Plus RA Valve System
The Codman® CERTAS™ Plus programmable valve offers the ability to optimize the opening pressure of a shunt system before and after implantation. A shunted patient’s condition will often change over the course of their treatment making pressure changes necessary. The Codman® CERTAS™ Plus programmable valve allows a surgeon to non-invasively change the opening pressure (from 25 to 215 mm H2 O) to one of eight performance settings, which range from 1 (low pressure) to 7 (high pressure), plus performance setting 8, which is a “Virtual Off.” The setting of the Codman® CERTAS™ Plus programmable valve is changed through the use of an externally applied magnetic field. Applying a specific magnetic field to the adjustable valve mechanism will permit the cam to turn slightly, increasing or decreasing the tension on the spring, and changing the setting of the valve. To avoid unintended pressure setting changes, the valve is designed to withstand external magnetic influences, including MRI up to 3 Tesla. The Codman® CERTAS™ Plus programmable valve is available in 3 different designs (regular, small and right angle) and with integrated SiphonGuard® antisiphon d
Integra LifeSciences Sales
CERTAS Plus Regular Valve System
The Codman® CERTAS™ Plus programmable valve offers the ability to optimize the opening pressure of a shunt system before and after implantation. A shunted patient’s condition will often change over the course of their treatment making pressure changes necessary. The Codman® CERTAS™ Plus programmable valve allows a surgeon to non-invasively change the opening pressure (from 25 to 215 mm H2 O) to one of eight performance settings, which range from 1 (low pressure) to 7 (high pressure), plus performance setting 8, which is a “Virtual Off.” The setting of the Codman® CERTAS™ Plus programmable valve is changed through the use of an externally applied magnetic field. Applying a specific magnetic field to the adjustable valve mechanism will permit the cam to turn slightly, increasing or decreasing the tension on the spring, and changing the setting of the valve. To avoid unintended pressure setting changes, the valve is designed to withstand external magnetic influences, including MRI up to 3 Tesla. The Codman® CERTAS™ Plus programmable valve is available in 3 different designs (regular, small and right angle) and with integrated SiphonGuard® antisiphon d
Integra LifeSciences Sales
Hakim Prec Cylidrical Valve System
The CODMAN® HAKIM® Precision Fixed Pressure Valve includes a valve mechanism (Figures 1 & 2) that incorporates a flat 316L stainless steel spring in which the calibration is accomplished by a combination between a pillar and a micro-adjustable telescoping fulcrum. The valve chassis is made of titanium. The ball and cone are manufactured from synthetic ruby. Intraventricular pressure is maintained at a constant level by the ball and cone valve seat design. The operating pressures of the valve unit have been determined with a flow rate of 10–25 ml H2O per hour. The valve is classified by its operating pressure with a specified flow rate and not by the opening and closing pressures. The pressure that a valve sustains with a given flow is the parameter that reflects the operating pressure of the valve once it is implanted. Before shipment, each valve is calibrated with special equipment. Duplication of these test procedures cannot be accomplished in the operating room. Several models of the valve have been marked with an x-ray detectable direction-of-flow indicator.
Integra LifeSciences Sales
Hakim Prec Cylindrical Valve Only
The CODMAN® HAKIM® Precision Fixed Pressure Valve includes a valve mechanism (Figures 1 & 2) that incorporates a flat 316L stainless steel spring in which the calibration is accomplished by a combination between a pillar and a micro-adjustable telescoping fulcrum. The valve chassis is made of titanium. The ball and cone are manufactured from synthetic ruby. Intraventricular pressure is maintained at a constant level by the ball and cone valve seat design. The operating pressures of the valve unit have been determined with a flow rate of 10–25 ml H2O per hour. The valve is classified by its operating pressure with a specified flow rate and not by the opening and closing pressures. The pressure that a valve sustains with a given flow is the parameter that reflects the operating pressure of the valve once it is implanted. Before shipment, each valve is calibrated with special equipment. Duplication of these test procedures cannot be accomplished in the operating room. Several models of the valve have been marked with an x-ray detectable direction-of-flow indicator.
Integra LifeSciences Sales
Hakim Precision Micro Valve Only
The CODMAN® HAKIM® Precision Fixed Pressure Valve includes a valve mechanism (Figures 1 & 2) that incorporates a flat 316L stainless steel spring in which the calibration is accomplished by a combination between a pillar and a micro-adjustable telescoping fulcrum. The valve chassis is made of titanium. The ball and cone are manufactured from synthetic ruby. Intraventricular pressure is maintained at a constant level by the ball and cone valve seat design. The operating pressures of the valve unit have been determined with a flow rate of 10–25 ml H2O per hour. The valve is classified by its operating pressure with a specified flow rate and not by the opening and closing pressures. The pressure that a valve sustains with a given flow is the parameter that reflects the operating pressure of the valve once it is implanted. Before shipment, each valve is calibrated with special equipment. Duplication of these test procedures cannot be accomplished in the operating room. Several models of the valve have been marked with an x-ray detectable direction-of-flow indicator.
Integra LifeSciences Sales
Hakim Precision Micro Valve Only
The CODMAN® HAKIM® Precision Fixed Pressure Valve includes a valve mechanism (Figures 1 & 2) that incorporates a flat 316L stainless steel spring in which the calibration is accomplished by a combination between a pillar and a micro-adjustable telescoping fulcrum. The valve chassis is made of titanium. The ball and cone are manufactured from synthetic ruby. Intraventricular pressure is maintained at a constant level by the ball and cone valve seat design. The operating pressures of the valve unit have been determined with a flow rate of 10–25 ml H2O per hour. The valve is classified by its operating pressure with a specified flow rate and not by the opening and closing pressures. The pressure that a valve sustains with a given flow is the parameter that reflects the operating pressure of the valve once it is implanted. Before shipment, each valve is calibrated with special equipment. Duplication of these test procedures cannot be accomplished in the operating room. Several models of the valve have been marked with an x-ray detectable direction-of-flow indicator.
Integra LifeSciences Sales
Hakim Precision Micro Valve System
The CODMAN® HAKIM® Precision Fixed Pressure Valve includes a valve mechanism (Figures 1 & 2) that incorporates a flat 316L stainless steel spring in which the calibration is accomplished by a combination between a pillar and a micro-adjustable telescoping fulcrum. The valve chassis is made of titanium. The ball and cone are manufactured from synthetic ruby. Intraventricular pressure is maintained at a constant level by the ball and cone valve seat design. The operating pressures of the valve unit have been determined with a flow rate of 10–25 ml H2O per hour. The valve is classified by its operating pressure with a specified flow rate and not by the opening and closing pressures. The pressure that a valve sustains with a given flow is the parameter that reflects the operating pressure of the valve once it is implanted. Before shipment, each valve is calibrated with special equipment. Duplication of these test procedures cannot be accomplished in the operating room. Several models of the valve have been marked with an x-ray detectable direction-of-flow indicator.
Integra LifeSciences Sales
Hakim Precision Micro Valve System
The CODMAN® HAKIM® Precision Fixed Pressure Valve includes a valve mechanism (Figures 1 & 2) that incorporates a flat 316L stainless steel spring in which the calibration is accomplished by a combination between a pillar and a micro-adjustable telescoping fulcrum. The valve chassis is made of titanium. The ball and cone are manufactured from synthetic ruby. Intraventricular pressure is maintained at a constant level by the ball and cone valve seat design. The operating pressures of the valve unit have been determined with a flow rate of 10–25 ml H2O per hour. The valve is classified by its operating pressure with a specified flow rate and not by the opening and closing pressures. The pressure that a valve sustains with a given flow is the parameter that reflects the operating pressure of the valve once it is implanted. Before shipment, each valve is calibrated with special equipment. Duplication of these test procedures cannot be accomplished in the operating room. Several models of the valve have been marked with an x-ray detectable direction-of-flow indicator.
Integra LifeSciences Sales
Hakim Prog Burr Hole Valve System
Description The CODMAN® HAKIM® Programmable Valve includes a valve mechanism (Figures 1 & 2) that incorporates a flat 316L stainless steel spring in which the calibration is accomplished by a combination between a pillar and a micro-adjustable telescoping fulcrum. The valve chassis is made of titanium. The ball and cone are manufactured from synthetic ruby. Intraventricular pressure is maintained at a constant level by the ball and cone valve seat design. The pressure setting of the spring in the inlet valve unit is noninvasively adjusted by the use of an external programmer, which activates the stepper motor within the valve housing. The programmer transmits a codified magnetic signal to the motor allowing eighteen pressure settings, ranging from 30 mm to 200 mm H2O (294 to 1960 Pa) in 10 mm (98 Pa) increments. These are operating pressures of the valve unit and have been determined with a flow rate of 15–25 mL H2O per hour. The valve is classified by its working pressure with a specified flow rate and not by the opening and closing pressures. The pressure that a valve sustains with a given flow is the parameter that reflects the working pressure of the valve once it is implanted. Before shipment, each valve is calibrated with special equipment. Duplication of these test procedures cannot be accomplished in the operating room. The valve is marked with an x-ray detectable direction-of-flow indicator.
Integra LifeSciences Sales
Hakim Prog BurrHole Valve Only
Description The CODMAN® HAKIM® Programmable Valve includes a valve mechanism (Figures 1 & 2) that incorporates a flat 316L stainless steel spring in which the calibration is accomplished by a combination between a pillar and a micro-adjustable telescoping fulcrum. The valve chassis is made of titanium. The ball and cone are manufactured from synthetic ruby. Intraventricular pressure is maintained at a constant level by the ball and cone valve seat design. The pressure setting of the spring in the inlet valve unit is noninvasively adjusted by the use of an external programmer, which activates the stepper motor within the valve housing. The programmer transmits a codified magnetic signal to the motor allowing eighteen pressure settings, ranging from 30 mm to 200 mm H2O (294 to 1960 Pa) in 10 mm (98 Pa) increments. These are operating pressures of the valve unit and have been determined with a flow rate of 15–25 mL H2O per hour. The valve is classified by its working pressure with a specified flow rate and not by the opening and closing pressures. The pressure that a valve sustains with a given flow is the parameter that reflects the working pressure of the valve once it is implanted. Before shipment, each valve is calibrated with special equipment. Duplication of these test procedures cannot be accomplished in the operating room. The valve is marked with an x-ray detectable direction-of-flow indicator.
Integra LifeSciences Sales
Hakim Prog Cylindrical Valve Only
Description The CODMAN® HAKIM® Programmable Valve includes a valve mechanism (Figures 1 & 2) that incorporates a flat 316L stainless steel spring in which the calibration is accomplished by a combination between a pillar and a micro-adjustable telescoping fulcrum. The valve chassis is made of titanium. The ball and cone are manufactured from synthetic ruby. Intraventricular pressure is maintained at a constant level by the ball and cone valve seat design. The pressure setting of the spring in the inlet valve unit is noninvasively adjusted by the use of an external programmer, which activates the stepper motor within the valve housing. The programmer transmits a codified magnetic signal to the motor allowing eighteen pressure settings, ranging from 30 mm to 200 mm H2O (294 to 1960 Pa) in 10 mm (98 Pa) increments. These are operating pressures of the valve unit and have been determined with a flow rate of 15–25 mL H2O per hour. The valve is classified by its working pressure with a specified flow rate and not by the opening and closing pressures. The pressure that a valve sustains with a given flow is the parameter that reflects the working pressure of the valve once it is implanted. Before shipment, each valve is calibrated with special equipment. Duplication of these test procedures cannot be accomplished in the operating room. The valve is marked with an x-ray detectable direction-of-flow indicator.
Integra LifeSciences Sales
Hakim Prog Cylindrical Valve System
Description The CODMAN® HAKIM® Programmable Valve includes a valve mechanism (Figures 1 & 2) that incorporates a flat 316L stainless steel spring in which the calibration is accomplished by a combination between a pillar and a micro-adjustable telescoping fulcrum. The valve chassis is made of titanium. The ball and cone are manufactured from synthetic ruby. Intraventricular pressure is maintained at a constant level by the ball and cone valve seat design. The pressure setting of the spring in the inlet valve unit is noninvasively adjusted by the use of an external programmer, which activates the stepper motor within the valve housing. The programmer transmits a codified magnetic signal to the motor allowing eighteen pressure settings, ranging from 30 mm to 200 mm H2O (294 to 1960 Pa) in 10 mm (98 Pa) increments. These are operating pressures of the valve unit and have been determined with a flow rate of 15–25 mL H2O per hour. The valve is classified by its working pressure with a specified flow rate and not by the opening and closing pressures. The pressure that a valve sustains with a given flow is the parameter that reflects the working pressure of the valve once it is implanted. Before shipment, each valve is calibrated with special equipment. Duplication of these test procedures cannot be accomplished in the operating room. The valve is marked with an x-ray detectable direction-of-flow indicator.
Integra LifeSciences Sales
Hakim Prog Micro Valve Only
Description The CODMAN® HAKIM® Programmable Valve includes a valve mechanism (Figures 1 & 2) that incorporates a flat 316L stainless steel spring in which the calibration is accomplished by a combination between a pillar and a micro-adjustable telescoping fulcrum. The valve chassis is made of titanium. The ball and cone are manufactured from synthetic ruby. Intraventricular pressure is maintained at a constant level by the ball and cone valve seat design. The pressure setting of the spring in the inlet valve unit is noninvasively adjusted by the use of an external programmer, which activates the stepper motor within the valve housing. The programmer transmits a codified magnetic signal to the motor allowing eighteen pressure settings, ranging from 30 mm to 200 mm H2O (294 to 1960 Pa) in 10 mm (98 Pa) increments. These are operating pressures of the valve unit and have been determined with a flow rate of 15–25 mL H2O per hour. The valve is classified by its working pressure with a specified flow rate and not by the opening and closing pressures. The pressure that a valve sustains with a given flow is the parameter that reflects the working pressure of the valve once it is implanted. Before shipment, each valve is calibrated with special equipment. Duplication of these test procedures cannot be accomplished in the operating room. The valve is marked with an x-ray detectable direction-of-flow indicator.
Integra LifeSciences Sales
Hakim Prog Micro Valve System
Description The CODMAN® HAKIM® Programmable Valve includes a valve mechanism (Figures 1 & 2) that incorporates a flat 316L stainless steel spring in which the calibration is accomplished by a combination between a pillar and a micro-adjustable telescoping fulcrum. The valve chassis is made of titanium. The ball and cone are manufactured from synthetic ruby. Intraventricular pressure is maintained at a constant level by the ball and cone valve seat design. The pressure setting of the spring in the inlet valve unit is noninvasively adjusted by the use of an external programmer, which activates the stepper motor within the valve housing. The programmer transmits a codified magnetic signal to the motor allowing eighteen pressure settings, ranging from 30 mm to 200 mm H2O (294 to 1960 Pa) in 10 mm (98 Pa) increments. These are operating pressures of the valve unit and have been determined with a flow rate of 15–25 mL H2O per hour. The valve is classified by its working pressure with a specified flow rate and not by the opening and closing pressures. The pressure that a valve sustains with a given flow is the parameter that reflects the working pressure of the valve once it is implanted. Before shipment, each valve is calibrated with special equipment. Duplication of these test procedures cannot be accomplished in the operating room. The valve is marked with an x-ray detectable direction-of-flow indicator.
Integra LifeSciences Sales
Hakim Prog Regular Valve Only
Description The CODMAN® HAKIM® Programmable Valve includes a valve mechanism (Figures 1 & 2) that incorporates a flat 316L stainless steel spring in which the calibration is accomplished by a combination between a pillar and a micro-adjustable telescoping fulcrum. The valve chassis is made of titanium. The ball and cone are manufactured from synthetic ruby. Intraventricular pressure is maintained at a constant level by the ball and cone valve seat design. The pressure setting of the spring in the inlet valve unit is noninvasively adjusted by the use of an external programmer, which activates the stepper motor within the valve housing. The programmer transmits a codified magnetic signal to the motor allowing eighteen pressure settings, ranging from 30 mm to 200 mm H2O (294 to 1960 Pa) in 10 mm (98 Pa) increments. These are operating pressures of the valve unit and have been determined with a flow rate of 15–25 mL H2O per hour. The valve is classified by its working pressure with a specified flow rate and not by the opening and closing pressures. The pressure that a valve sustains with a given flow is the parameter that reflects the working pressure of the valve once it is implanted. Before shipment, each valve is calibrated with special equipment. Duplication of these test procedures cannot be accomplished in the operating room. The valve is marked with an x-ray detectable direction-of-flow indicator.
Integra LifeSciences Sales
Hakim Prog Regular Valve System
Description The CODMAN® HAKIM® Programmable Valve includes a valve mechanism (Figures 1 & 2) that incorporates a flat 316L stainless steel spring in which the calibration is accomplished by a combination between a pillar and a micro-adjustable telescoping fulcrum. The valve chassis is made of titanium. The ball and cone are manufactured from synthetic ruby. Intraventricular pressure is maintained at a constant level by the ball and cone valve seat design. The pressure setting of the spring in the inlet valve unit is noninvasively adjusted by the use of an external programmer, which activates the stepper motor within the valve housing. The programmer transmits a codified magnetic signal to the motor allowing eighteen pressure settings, ranging from 30 mm to 200 mm H2O (294 to 1960 Pa) in 10 mm (98 Pa) increments. These are operating pressures of the valve unit and have been determined with a flow rate of 15–25 mL H2O per hour. The valve is classified by its working pressure with a specified flow rate and not by the opening and closing pressures. The pressure that a valve sustains with a given flow is the parameter that reflects the working pressure of the valve once it is implanted. Before shipment, each valve is calibrated with special equipment. Duplication of these test procedures cannot be accomplished in the operating room. The valve is marked with an x-ray detectable direction-of-flow indicator.