The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hyd
The Integra Flow Regulating Valves Low Flow (Standard, Mini) are implantable hydrocephalus valve systems for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart’s right atrium. Unlike conventional valves, the Integra Flow Regulating Valve Low Flow is a variable resistance valve that maintains drainage at a constant rate, between 8 and 17 ml/hr, within the physiological range of intracranial pressure.
Programmable Valve Right Angle Valve with Accessories and Unitized Catheter Incl
Programmable Valve Right Angle Valve with Accessories and Unitized Catheter Includes: Ventricular Catheter, Unitized Distal Catheter, Priming Adapter and Information Manual
Programmable Valve Right Angle Valve with Accessories Includes: Ventricular Cath
Programmable Valve Right Angle Valve with Accessories Includes: Ventricular Catheter, Separable Distal Catheter, Priming Adapter and Information Manual
Programmable Valve Inline Small Valve with Accessories and Unitized Catheter Inc
Programmable Valve Inline Small Valve with Accessories and Unitized Catheter Includes: Ventricular Catheter, Unitized Distal Catheter, Priming Adapter, Right Angle Adapter and Information Manual
Programmable Valve Inline Small Valve with Accessories Includes: Ventricular Cat
Programmable Valve Inline Small Valve with Accessories Includes: Ventricular Catheter, Separable Distal Catheter, Priming Adapter, Right Angle Adapter and Information Manual
Programmable Valve Inline Small Valve Only Includes: Priming Adapter and Informa
Programmable Valve Inline Small Valve Only Includes: Priming Adapter and Information Manual
Programmable Valve Inline Small Valve with Accessories and UnitizedCatheter Incl
Programmable Valve Inline Small Valve with Accessories and UnitizedCatheter Includes:Ventricular Catheter,Unitized Distal Catheter, Priming Adapter, Right Angle Adapter and Information Manual
Programmable Valve Inline Valve with Accessories and Unitized Catheter Includes:
Programmable Valve Inline Valve with Accessories and Unitized Catheter Includes: Ventricular Catheter, Unitized Distal Catheter, Priming Adapter, Right Angle Adapter and Information Manual
Programmable Valve Inline Valve with Accessories and Unitized Catheter Includes:
Programmable Valve Inline Valve with Accessories and Unitized Catheter Includes: Ventricular Catheter, Unitized Distal Catheter, Priming Adapter, Right Angle Adapter and Information Manual
Programmable Valve Right Angle Valve with SIPHONGUARD, Accessories and UnitizedC
Programmable Valve Right Angle Valve with SIPHONGUARD, Accessories and UnitizedCatheter Includes:Ventricular Catheter,Unitized Distal Catheter, Priming Adapter and Information Manual
Programmable Valve Inline Small Valve with SIPHONGUARD, Accessories and Unitized
Programmable Valve Inline Small Valve with SIPHONGUARD, Accessories and UnitizedCatheter Includes:Ventricular Catheter,Unitized Distal Catheter, Priming Adapter, Right Angle Adapter
Licox® IP2 Dual Lumen Introducer Kit contains is used to insert the combined oxy
Licox® IP2 Dual Lumen Introducer Kit contains is used to insert the combined oxygen/temperature probe and the ICP Catheter. It contains: Dual lumen Introducer, Guidewire, Compression Cap, Bolt, Drill Bit, Drill stop with set screw, Hex wrench, Stylet, Compression cap fitting, ICP obturator.
Licox® IP1P Complete Brain Probe Kit, Single lumen, consists of Licox® IP1 Singl
Licox® IP1P Complete Brain Probe Kit, Single lumen, consists of Licox® IP1 Single Lumen Introducer Kit and CC1P1 Combined Oxygen and Temperature Probe
Licox® IP1 Single Lumen Introducer Kit is used to insert the combined oxygen/tem
Licox® IP1 Single Lumen Introducer Kit is used to insert the combined oxygen/temperature probe. It contains: Single lumen Introducer, Guidewire, Compression Cap, Bolt, Drill Bit, Drill stop with set screw, Hex wrench, Stylet.
Licox® IM1S Complete Brain Probe Kit, Single lumen, consists of Licox® IM1 Singl
Licox® IM1S Complete Brain Probe Kit, Single lumen, consists of Licox® IM1 Single Lumen Introducer Kit and CC1SB Oxygen Probe.
Licox® IM1 Single Lumen Introducer Kit is used to insert the Licox® Oxygen probe
Licox® IM1 Single Lumen Introducer Kit is used to insert the Licox® Oxygen probe. It contains: Single lumen Introducer, Guidewire, Compression Cap, Bolt, Drill Bit, Drill stop with set screw, Hex wrench, Stylet.
Licox® CC1SB Oxygen Probe is intended for use with Licox® Monitor Systems for s
Licox® CC1SB Oxygen Probe is intended for use with Licox® Monitor Systems for short-term monitoring (5 days maximum use) of the oxygen partial pressure in cerebral tissue (PtO2). Contains: Probe, Smart Card, Protection Tube.
Licox® CC1P1 Combined Oxygen and Temperature Probe is intended for use with Li
Licox® CC1P1 Combined Oxygen and Temperature Probe is intended for use with Licox® Monitor Systems for short-term monitoring (5 days maximum use) of the oxygen partial pressure (PtO2) and temperature in cerebral tissue. Contains: Probe, Smart Card, Extension Tube, Protection Tube.
Licox® C8B Temperature Probe is intended for use with Licox® Monitor Systems fo
Licox® C8B Temperature Probe is intended for use with Licox® Monitor Systems for short-term monitoring (5 days maximum use) of temperature in cerebral tissue. Contains: Probe, Protection Tube, Plausibility Check Test tube
The OSV II Hydrocephalus Valve System is an implantable device for controlled ce
The OSV II Hydrocephalus Valve System is an implantable device for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart's right atrium. Unlike conventional valves, the OSV II Valve System is a variable resistance valve which maintains a drainage rate close to the CSF secretion rate (20 ml/hr) within the physiological range of intracranial pressure.
The OSV II Hydrocephalus Valve System is an implantable device for controlled ce
The OSV II Hydrocephalus Valve System is an implantable device for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart's right atrium. Unlike conventional valves, the OSV II Valve System is a variable resistance valve which maintains a drainage rate close to the CSF secretion rate (20 ml/hr) within the physiological range of intracranial pressure.
The OSV II Hydrocephalus Valve System is an implantable device for controlled ce
The OSV II Hydrocephalus Valve System is an implantable device for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart's right atrium. Unlike conventional valves, the OSV II Valve System is a variable resistance valve which maintains a drainage rate close to the CSF secretion rate (20 ml/hr) within the physiological range of intracranial pressure.
The OSV II Hydrocephalus Valve System is an implantable device for controlled ce
The OSV II Hydrocephalus Valve System is an implantable device for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart's right atrium. Unlike conventional valves, the OSV II Valve System is a variable resistance valve which maintains a drainage rate close to the CSF secretion rate (20 ml/hr) within the physiological range of intracranial pressure.
The OSV II Hydrocephalus Valve System is an implantable device for controlled ce
The OSV II Hydrocephalus Valve System is an implantable device for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart's right atrium. Unlike conventional valves, the OSV II Valve System is a variable resistance valve which maintains a drainage rate close to the CSF secretion rate (20 ml/hr) within the physiological range of intracranial pressure.
The OSV II Hydrocephalus Valve System is an implantable device for controlled ce
The OSV II Hydrocephalus Valve System is an implantable device for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart's right atrium. Unlike conventional valves, the OSV II Valve System is a variable resistance valve which maintains a drainage rate close to the CSF secretion rate (20 ml/hr) within the physiological range of intracranial pressure.
The OSV II Hydrocephalus Valve System is an implantable device for controlled ce
The OSV II Hydrocephalus Valve System is an implantable device for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart's right atrium. Unlike conventional valves, the OSV II Valve System is a variable resistance valve which maintains a drainage rate close to the CSF secretion rate (20 ml/hr) within the physiological range of intracranial pressure.
The OSV II Hydrocephalus Valve System is an implantable device for controlled ce
The OSV II Hydrocephalus Valve System is an implantable device for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart's right atrium. Unlike conventional valves, the OSV II Valve System is a variable resistance valve which maintains a drainage rate close to the CSF secretion rate (20 ml/hr) within the physiological range of intracranial pressure.
The OSV II Hydrocephalus Valve System is an implantable device for controlled ce
The OSV II Hydrocephalus Valve System is an implantable device for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart's right atrium. Unlike conventional valves, the OSV II Valve System is a variable resistance valve which maintains a drainage rate close to the CSF secretion rate (20 ml/hr) within the physiological range of intracranial pressure.
The OSV II Hydrocephalus Valve System is an implantable device for controlled ce
The OSV II Hydrocephalus Valve System is an implantable device for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart's right atrium. Unlike conventional valves, the OSV II Valve System is a variable resistance valve which maintains a drainage rate close to the CSF secretion rate (20 ml/hr) within the physiological range of intracranial pressure.
The OSV II Hydrocephalus Valve System is an implantable device for controlled ce
The OSV II Hydrocephalus Valve System is an implantable device for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart's right atrium. Unlike conventional valves, the OSV II Valve System is a variable resistance valve which maintains a drainage rate close to the CSF secretion rate (20 ml/hr) within the physiological range of intracranial pressure.
The OSV II Hydrocephalus Valve System is an implantable device for controlled ce
The OSV II Hydrocephalus Valve System is an implantable device for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart's right atrium. Unlike conventional valves, the OSV II Valve System is a variable resistance valve which maintains a drainage rate close to the CSF secretion rate (20 ml/hr) within the physiological range of intracranial pressure.
The OSV II Hydrocephalus Valve System is an implantable device for controlled ce
The OSV II Hydrocephalus Valve System is an implantable device for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart's right atrium. Unlike conventional valves, the OSV II Valve System is a variable resistance valve which maintains a drainage rate close to the CSF secretion rate (20 ml/hr) within the physiological range of intracranial pressure.
The OSV II Hydrocephalus Valve System is an implantable device for controlled ce
The OSV II Hydrocephalus Valve System is an implantable device for controlled cerebrospinal fluid (CSF) drainage from the ventricles to the peritoneal cavity or other appropriate drainage site such as the heart's right atrium. Unlike conventional valves, the OSV II Valve System is a variable resistance valve which maintains a drainage rate close to the CSF secretion rate (20 ml/hr) within the physiological range of intracranial pressure.
The silicone elastomer Integra CSF Reservoir, in connection with a ventricular c
The silicone elastomer Integra CSF Reservoir, in connection with a ventricular catheter, is designed to provide access to the brain and/or CSF. The Convertible model incorporates an outlet tube in addition to an inlet tube. The outlet tube may be connected to a distal catheter, allowing the reservoir to be used in a shunting system, if later indicated. The 2.5cm base diameter reservoir is a flat bottom design; the 1.5cm base diameter reservoir is a burr-hole model.
The Evolution Pole Mount Assembly provides support and alignment for the Externa
The Evolution Pole Mount Assembly provides support and alignment for the External CSF Drainage and Monitoring Systems. These systems are used for draining CSF from an intraventricular or lumbar catheter to an external CSF drainage system. This Integra Pole Mount is provided with a laser leveling device and an optional line level. The laser level is attached via a bracket.
The Evolution Pole Mount Assembly provides support and alignment for the Externa
The Evolution Pole Mount Assembly provides support and alignment for the External CSF Drainage and Monitoring Systems. These systems are used for draining CSF from an intraventricular or lumbar catheter to an external CSF drainage system. This Integra Pole Mount is provided with a laser leveling device and an optional line level. The laser level is attached via a bracket.
The Evolution Pole Mount Assembly provides support and alignment for the Externa
The Evolution Pole Mount Assembly provides support and alignment for the External CSF Drainage and Monitoring Systems. These systems are used for draining CSF from an intraventricular or lumbar catheter to an external CSF drainage system. This Integra Pole Mount is provided with a laser leveling device and an optional line level. The laser level is attached via a bracket.
The Pole Mount Laser Level device is provided with mounting bracket for use with
The Pole Mount Laser Level device is provided with mounting bracket for use with Integra Pole Mount Assemblies. The Pole Mount Laser provides alignment for the External CSF Drainage and Monitoring Systems. These systems are used for draining CSF from an intraventricular catheter or lumbar catheter to an external ventricular drainage system.
The Evolution Pole Mount Assembly provides support and alignment for the Externa
The Evolution Pole Mount Assembly provides support and alignment for the External CSF Drainage and Monitoring Systems. These systems are used for draining CSF from an intraventricular or lumbar catheter to an external CSF drainage system. This Integra Pole Mount is provided with a laser leveling device and an optional line level. The laser level is attached via a bracket.
The Evolution Pole Mount Assembly provides support and alignment for the Externa
The Evolution Pole Mount Assembly provides support and alignment for the External CSF Drainage and Monitoring Systems. These systems are used for draining CSF from an intraventricular or lumbar catheter to an external CSF drainage system. This Integra Pole Mount is provided with a laser leveling device and an optional line level. The laser level is attached via a bracket.
MoniTorr ICP Pole Mount Assembly with cm H2O and mm Hg Rail: The Pole Mount Asse
MoniTorr ICP Pole Mount Assembly with cm H2O and mm Hg Rail: The Pole Mount Assembly provides support and alignment for the External CSF Drainage and Monitoring Systems (EVD). These systems are used for draining CSF from an intraventricular catheter to the external ventricular drainage system. A Pole Mount Sliding Bracket is supplied with each Pole Mount Assembly. The Pole Mount Sliding Bracket is used to secure the EVD system to the rail on the Pole Mount Assembly.
The MoniTorr ICP Pole Mount Assembly with cm H2O and mm Hg Rail provides support
The MoniTorr ICP Pole Mount Assembly with cm H2O and mm Hg Rail provides support and alignment for External Ventricular Drainage (EVD) Systems. These systems are used for draining cerebrospinal fluid (CSF) from an intraventricular catheter to the external ventricular drainage system.
The Integra Pole Mount Sliding Bracket can be used with Integra External Ventric
The Integra Pole Mount Sliding Bracket can be used with Integra External Ventricular Drainage (EVD) systems and may also be used as a replacement assembly or accessory component. The Integra Pole Mount Sliding Bracket is used to secure the EVD system to the rail of the Pole Mount Assembly.
MoniTorr ICP Pole Mount Assembly with cm H2O and mm Hg Rail and Laser Leveling D
MoniTorr ICP Pole Mount Assembly with cm H2O and mm Hg Rail and Laser Leveling Device: The Pole Mount Assembly provides support and alignment for the External CSF Drainage and Monitoring Systems (EVD). These systems are used for draining CSF from an intraventricular catheter to the external ventricular drainage system. A Pole Mount Sliding Bracket is supplied with each Pole Mount Assembly. The Pole Mount Sliding Bracket is used to secure the EVD system to the rail on the Pole Mount Assembly.
MoniTorr ICP Pole Mount Assembly with cm H2O and mm Hg rail: The Pole Mount Asse
MoniTorr ICP Pole Mount Assembly with cm H2O and mm Hg rail: The Pole Mount Assembly provides support and alignment for the External CSF Drainage and Monitoring Systems (EVD). These systems are used for draining CSF from an intraventricular catheter to the external ventricular drainage system. A Pole Mount Sliding Bracket is supplied with each Pole Mount Assembly. The Pole Mount Sliding Bracket is used to secure the EVD system to the rail on the Pole Mount Assembly.
MONITORR SPECIAL NEEDLE SITEThe MoniTorr ICP External CSF Drainage and Monitorin
MONITORR SPECIAL NEEDLE SITEThe MoniTorr ICP External CSF Drainage and Monitoring System provides a simple to use, closed system for the drainage of cerebrospinal fluid (CSF) from ventricles of the brain or the lumbar subarachnoid space to a drainage bag. The system may be used with a pole mounted assembly that allows for simple, quick, and accurate alignment with the patient and secure, positive or negative pressure level setting. The system has also been designed to provide for ease of patient transport through a compact design and an antimicrobial hydrophobic vent feature that resists occlusion. Common features include a calibrated graduated burette, a drainage bag, sampling/aspiration sites, green stripe pressure tubing, and a needle Y injection site.
LUMBAR CATHETER CLOSED TIPThe 80cm barium impregnated silicone lumbar catheter h
LUMBAR CATHETER CLOSED TIPThe 80cm barium impregnated silicone lumbar catheter has a closed radiopaque tip and is supplied with a Teflon coated stainless steel guide wire and end stop for assisting catheter placement. Approximately 18mm of the tip is multi-perforated to help improve flow and decrease the possibility of obstruction. Designed for diverting fluid from the lumbar subarachnoid space, the catheter can be inserted with a Tuohy needle using percutaneous techniques. The external portion of the catheter is secured to the subcutaneous tissue in the lumbar area by the suture collar. A 14-guage thin wall Tuohy needle with obturator, guide wire, and 22-gauge blunt needle are included. A female luer adapter and train relief tubing is also included. Two suture collars may be wrapped around the catheter and may be anchored in place with a suture.
PERITONEAL CATHETER, 90CM LENGTHThe Integra Peritoneal Open-Ended Catheter with
PERITONEAL CATHETER, 90CM LENGTHThe Integra Peritoneal Open-Ended Catheter with Slits is designed to deliver cerebrospinal fluid (CSF) to the peritoneal cavity with minimum flow resistance. This catheter is recommended for use with pressure control valves located proximally in the hydrocephalic shunt system. The catheter is made of a high durometer silicone elastomer which helps resist kinking and occlusion caused by the bending or twisting of the catheter. A stripe, made of barium sulfate impregnated silicone elastomer, is imbedded in the wall of the catheter. The stripe provides a catheter which is radiopaque throughout its entire length, while keeping barium sulfate away from the surface of the catheter and allowing visual observation of flow through the catheter during implantation. Black radiopaque length markers are located at 10, 20, and 30 cm from the distal tip to assist in positioning of the catheter. The catheter is open-ended; it does not resist retrograde flow. This catheter provides flow resistance of approximately 12 mm H2O at a flow rate of 23 ml/hr.
LONG SPETZLER 105CM LP SHUNT The Spetzler Lumbar Peritoneal Shunt System is des
LONG SPETZLER 105CM LP SHUNT The Spetzler Lumbar Peritoneal Shunt System is designed to shunt cerebrospinal fluid (CSF) from the lumbar subarachnoid space to the peritoneum. Due to the small diameter of the catheter tubing, shunting may be accomplished by percutaneous techniques. A variety of devices are available: a one-piece model without a reservoir; separate large or small reservoirs that contain a one-way valve, which may be used when a flushing capability is required; and a separate miter valve, available in low, medium, or high pressure, which may be used when added resistance is desired.
3 FRENCH T-TUBEThe Integra Edwards-Barbaro Syringo-Peritoneal Shunt is designed
3 FRENCH T-TUBEThe Integra Edwards-Barbaro Syringo-Peritoneal Shunt is designed to provide continuous drainage of fluid from within a spinal cord cyst to a site outside the spinal canal. The T-tube diameter is small to minimize the size of the myelotomy and the catheter is flexible to minimize the spinal cord manipulation necessary to insert the tube into a spinal cord cyst. The T-shape allows drainage above and below the myelotomy site, helps prevent kinking by providing a right-angle exit through the dura, and reduces the risk of migration out of the spinal cord. The multi-holed catheter reduces the risk of clogging at the spinal end of the system. The suture tab allows the T-tube to be anchored to the dura or paraspinous muscles without the risk of shunt occlusion associated with a circumferential ligature. If a step down connector is used, it adapts the T-tube diameter to the peritoneal reflux control catheter.
MINI LPV II SHUNT KIT, MED.The Integra LPV II Valve Shunt Kits are designed to d
MINI LPV II SHUNT KIT, MED.The Integra LPV II Valve Shunt Kits are designed to deliver CSF from the ventricles of the brain to the peritoneal cavity. The kit contains a LPV II valve, mini, a Pudenz Ventricular Catheter and an integral, open-ended kink resistant catheter attached to the outlet of the valve. The kit is available in a medium pressure range. All valves and catheters contain barium sulfate for x-ray detectability.
STANDARD LPV II SHUNT KIT, MED.The Integra LPV II Valve Shunt Kits are designed
STANDARD LPV II SHUNT KIT, MED.The Integra LPV II Valve Shunt Kits are designed to deliver CSF from the ventricles of the brain to the peritoneal cavity. The kit contains a LPV II valve, standard, a Pudenz Ventricular Catheter and an integral, open-ended kink resistant catheter attached to the outlet of the valve. The kit is available in a medium pressure range. All valves and catheters contain barium sulfate for x-ray detectability.
MINI LPV II VALVE, HIGHThe Integra LVP II Valve, Mini is a silicone elastomer va
MINI LPV II VALVE, HIGHThe Integra LVP II Valve, Mini is a silicone elastomer valve used for the treatment of hydrocephalic patients when shunting cerebrospinal fluid (CSF) from the ventricles of the brain. The valve incorporates an internal high pressure valve assembly which is mounted distal to an integral pumping reservoir for proximal control of CSF flow. The device also provides one-way flow control. Integral occluders are incorporated on the proximal and distal end of the valve to allow manual control of flushing or pumping of CSF proximally or distally. The device is fitted with a polypropylene needle guard, designed to prevent inadvertent needle puncture through the base of the reservoir during percutaneous injection. The valve contains an integral plastic connector on each end to simplify the assembly procedure.
MINI LPV II VALVE, MED.The Integra LVP II Valve, Mini is a silicone elastomer va
MINI LPV II VALVE, MED.The Integra LVP II Valve, Mini is a silicone elastomer valve used for the treatment of hydrocephalic patients when shunting cerebrospinal fluid (CSF) from the ventricles of the brain. The valve incorporates an internal medium pressure valve assembly which is mounted distal to an integral pumping reservoir for proximal control of CSF flow. The device also provides one-way flow control. Integral occluders are incorporated on the proximal and distal end of the valve to allow manual control of flushing or pumping of CSF proximally or distally. The device is fitted with a polypropylene needle guard, designed to prevent inadvertent needle puncture through the base of the reservoir during percutaneous injection. The valve contains an integral plastic connector on each end to simplify the assembly procedure.
STANDARD LPV II VALVE, LOWThe Integra LVP II Valve, Standard is a silicone elast
STANDARD LPV II VALVE, LOWThe Integra LVP II Valve, Standard is a silicone elastomer valve used for the treatment of hydrocephalic patients when shunting cerebrospinal fluid (CSF) from the ventricles of the brain. The valve incorporates an internal low pressure valve assembly which is mounted distal to an integral pumping reservoir for proximal control of CSF flow. The device also provides one-way flow control. Integral occluders are incorporated on the proximal and distal end of the valve to allow manual control of flushing or pumping of CSF proximally or distally. The device is fitted with a polypropylene needle guard, designed to prevent inadvertent needle puncture through the base of the reservoir during percutaneous injection. The valve contains an integral plastic connector on each end to simplify the assembly procedure.
LUMBAR CATHETER WITH GUIDE WIREThe 80cm barium impregnated silicone lumbar cathe
LUMBAR CATHETER WITH GUIDE WIREThe 80cm barium impregnated silicone lumbar catheter has a closed tip and is supplied with a Teflon coated stainless steel guide wire and end stop for assisting catheter placement. Approximately 18mm of the tip is multi-perforated to help improve flow and decrease the possibility of obstruction. Four tantalum impregnated length markers are placed on the proximal end of the catheter. Designed for diverting fluid from the lumbar subarachnoid space, the catheter can be inserted with a tuohy needle using percutaneous techniques. The first marker aligns with the opening in the hub of the Touhy needle, after which the markers are spaced at 5cm intervals from the first marker to allow the surgeon to gauge the length of catheter that has been implanted into the lumbar subarachnoid space. The external portion of the catheter is secured to the subcutaneous tissue in the lumbar area by the suture collar.
TRAUMACATH VENTRICULAR CATHETER SETThe TraumaCath Ventricular Catheter set cathe
TRAUMACATH VENTRICULAR CATHETER SETThe TraumaCath Ventricular Catheter set catheter is barium striped. Designed for diverting fluid from the ventricles through a series of drainage holes, the catheter can be inserted into the ventricular cavity with the stainless steel stylet. A trocar is supplied with the catheter to facilitate subcutaneous tunneling away from the burr hole. The external portion of the catheter may be secured to the scalp by the suture tab. The luer lock supplied with each ventricular catheter set will connect the catheter to any Integra external drainage system.
LUMBAR DRAINAGE KITThe 80cm barium impregnated silicone lumbar catheter has an o
LUMBAR DRAINAGE KITThe 80cm barium impregnated silicone lumbar catheter has an open tip and is cut at an angle. Approximately 18mm of the tip is multi-perforated to help improve flow and decrease the possibility of obstruction. Four tantalum impregnated length markers are placed on the proximal end of the catheter. Designed for diverting fluid from the lumbar subarachnoid space, the catheter can be inserted with a tuohy needle using percutaneous techniques. The first marker aligns with the opening in the hub of the Touhy needle, after which the markers are spaced at 5cm intervals from the first marker to allow the surgeon to gauge the length of catheter that has been implanted into the lumbar subarachnoid space. The external portion of the catheter is secured to the subcutaneous tissue in the lumbar area by the suture collar.
HERMETIC VENTRICULAR CATHETER SETThe Hermetic Ventricular Catheter set catheter
HERMETIC VENTRICULAR CATHETER SETThe Hermetic Ventricular Catheter set catheter is barium impregnated. Designed for diverting fluid from the ventricles through a series of drainage holes, the catheter can be inserted into the ventricular cavity with the stainless steel stylet. A trocar is supplied with the catheter to facilitate subcutaneous tunneling away from the burr hole. The external portion of the catheter may be secured to the scalp by the suture tab. The luer lock supplied with each ventricular catheter set will connect the catheter to any Integra external drainage system.
CATHETER PUDENZ RT ANG. VENT. STRIPEDThe Integra Pudenz Ventricular Catheter is
CATHETER PUDENZ RT ANG. VENT. STRIPEDThe Integra Pudenz Ventricular Catheter is designed for shunting cerebrospinal fluid (CSF) from the ventricles of the brain. The catheter is manufactured from a high durometer silicone elastomer, which helps resist kinking and occlusion caused by the bending or twisting of the catheter. A stripe, made of barium sulfate impregnated silicone elastomer is imbedded in the wall of the catheter. The stripe provides a catheter which is radiopaque throughout its entire length, while keeping barium sulfate away from the surface of the catheter and allowing visual observation of flow through the catheter during implantation. The right-angle model is formed with a right-angle bend .The right-angle bend of this model allows the use of a straight, rather than a right-angle, connector to fasten the catheter to a flat-bottom flushing device. A black, radiopaque marker is located at the right-angle bend to allow the surgeon to easily identify the location of the bend during implantation with a stylet.
The Pudenz Ventricular Catheter is designed for shunting CSF from the ventricles
The Pudenz Ventricular Catheter is designed for shunting CSF from the ventricles of the brain. The Graduated Small Model has a slightly smaller outside diameter, and is made of a lower durometer (softer) silicone elastomer.
CATH PUD PERIT W/G STRIPEDThe silicone elastomer Pudenz Peritoneal Catheter is d
CATH PUD PERIT W/G STRIPEDThe silicone elastomer Pudenz Peritoneal Catheter is designed to deliver cerebrospinal fluid (CSF) to the peritoneal cavity through a slit valve near the distal tip. The slit valve consists of four individual slits placed in the catheter wall. The slit valve may be used to control shunt-system closing pressure. It also serves to help resist retrograde flow of fluids into the distal end of the catheter. The closing pressure range is high, which is 95-150 mm of H2O. The graduated model of the Pudenz Peritoneal Catheter is manufactured from a high durometer silicone elastomer, which helps resist kinking and occlusion. The tip of the catheter contains a radiopaque tantalum impregnated, silicone elastomer plug to aid in determining location during and subsequent to implantation. The catheter displays radiopaque markers to allow the surgeon to measure the length of tubing placed within the body during surgery.
CATH PUD PERIT W/G STRIPEDThe silicone elastomer Pudenz Peritoneal Catheter is d
CATH PUD PERIT W/G STRIPEDThe silicone elastomer Pudenz Peritoneal Catheter is designed to deliver cerebrospinal fluid (CSF) to the peritoneal cavity through a slit valve near the distal tip. The slit valve consists of four individual slits placed in the catheter wall. The slit valve may be used to control shunt-system closing pressure. It also serves to help resist retrograde flow of fluids into the distal end of the catheter. The closing pressure range is medium, which is 55-94 mm of H2O. The graduated model of the Pudenz Peritoneal Catheter is manufactured from a high durometer silicone elastomer, which helps resist kinking and occlusion. The tip of the catheter contains a radiopaque tantalum impregnated, silicone elastomer plug to aid in determining location during and subsequent to implantation. The catheter displays radiopaque markers to allow the surgeon to measure the length of tubing placed within the body during surgery.
CATH PUD PERIT W/G STRIPEDThe silicone elastomer Pudenz Peritoneal Catheter is d
CATH PUD PERIT W/G STRIPEDThe silicone elastomer Pudenz Peritoneal Catheter is designed to deliver cerebrospinal fluid (CSF) to the peritoneal cavity through a slit valve near the distal tip. The slit valve consists of four individual slits placed in the catheter wall. The slit valve may be used to control shunt-system closing pressure. It also serves to help resist retrograde flow of fluids into the distal end of the catheter. The closing pressure range is low, which is 15-54 mm of H2O. The graduated model of the Pudenz Peritoneal Catheter is manufactured from a high durometer silicone elastomer, which helps resist kinking and occlusion. The tip of the catheter contains a radiopaque tantalum impregnated, silicone elastomer plug to aid in determining location during and subsequent to implantation. The catheter displays radiopaque markers to allow the surgeon to measure the length of tubing placed within the body during surgery.
NEUROVIEW ENDOSCOPIC VENT CATHThe Integra Neuroview ventricular catheter is desi
NEUROVIEW ENDOSCOPIC VENT CATHThe Integra Neuroview ventricular catheter is designed to be used with a neurosurgical endoscope. The endoscope is used when a physician wishes to place a catheter’s tip at a specific intraventricular location or to view intraventricular anatomy. The slit-tip of the catheter protects the endocscope from debris buildup during insertion, but allows intraventricular viewing to assist in optimal catheter placement. The Neuroview ventricular catheter is manufactured from a high durometer silicone elastomer, which helps resist kinking and occlusion caused by the bending or twisting of the catheter. A stripe, made of barium sulfate impregnated silicone elastomer, is imbedded in the wall of the catheter. The stripe provides a catheter which is radiopaque throughout its entire length, while keeping barium sulfate away from the surface of the catheter and allowing visual observation of flow through the catheter during implantation. The catheter has multiple small perforations near the tip to facilitate drainage of CSF and to help reduce clogging. The extreme tip is closed to help prevent particulate matter from entering the tubing during insertion. The catheter has graduation markers to allow the surgeon to measure the length of tubing placed within the ventricle during surgery.
The Infant Cardiac Catheter model is designed for ventriculoatrial shunting of C
The Infant Cardiac Catheter model is designed for ventriculoatrial shunting of CSF in children with small veins. The distal section of the catheter is reduced to approximately one-half standard diameter for easier insertion. The proximal section of the catheter contains an imbedded barium sulfate-impregnated strip, and the distal section is fully barium sulfate-impregnated. The infant model does not contain graduation markets.
The Infant Cardiac Catheter model is designed for ventriculoatrial shunting of C
The Infant Cardiac Catheter model is designed for ventriculoatrial shunting of CSF in children with small veins. The distal section of the catheter is reduced to approximately one-half standard diameter for easier insertion. The proximal section of the catheter contains an imbedded barium sulfate-impregnated strip, and the distal section is fully barium sulfate-impregnated. The infant model does not contain graduation markets.
The silicone elastomer Pudenz Cardiac Catheter is designed to deliver CSF to the
The silicone elastomer Pudenz Cardiac Catheter is designed to deliver CSF to the right atrium of the heart through a slit valve near the distal tip. The slit valve consists of four individual slits placed in the catheter wall. The slit valve may be used to control shunt-system pressure. It also serves to resist retrograde flow of fluids into the distal end of the catheter. This standard model has a high closing pressure range (95-150 mm H2O).
The silicone elastomer Pudenz Cardiac Catheter is designed to deliver CSF to the
The silicone elastomer Pudenz Cardiac Catheter is designed to deliver CSF to the right atrium of the heart through a slit valve near the distal tip. The slit valve consists of four individual slits placed in the catheter wall. The slit valve may be used to control shunt-system pressure. It also serves to resist retrograde flow of fluids into the distal end of the catheter. This standard model has a medium closing pressure range (55-94 mm H2O).
VALVE FLUSH F/B D/C W/CONNECTORThe Integra Mishler Dual Chamber Flushing valve,
VALVE FLUSH F/B D/C W/CONNECTORThe Integra Mishler Dual Chamber Flushing valve, Flat Bottom Design incorporates two separate interior chambers to provide two-way flow control when shunting cerebrospinal fluid (CSF) from the ventricles of the brain. This silicone elastomer flushing valve is available with or without an integral Anti-Siphon Device. The flat bottom configuration eliminates the need for a formal burr hole, provides greater latitude in positioning the flushing valve and allows the ventricular catheter to be revised without disturbing the flushing valve. Due to the dual chamber feature, the proximal and distal catheters may be flushed separately or simultaneously. The flow of CSF from the ventricular catheter is controlled by a miter valve located on the vertical chamber divider. This valve is designed to open under a medium positive ventricular pressure and close under a negative pressure. The flushing valve dome is marked with an arrow to indicate the CSF flow direction. The flange overlying the skull contains sutural holes to facilitate securing the device to the periosteum.
MINI INTEGRA FLAT BOTTOMThe silicone elastomer Integra CSF Reservoir, in connect
MINI INTEGRA FLAT BOTTOMThe silicone elastomer Integra CSF Reservoir, in connection with a ventricular catheter, is designed to provide access to the brain and/or cerebrospinal fluid (CSF). Access is obtained by penetrating the reservoir dome with a 25-gauge or smaller needle. In this manner, CSF may be withdrawn or other fluid injected into the reservoir. The mini, dual side inlet reservoir’s inlet tubing enters from the sides of the reservoir rather than from the base. This flat bottom dual side inlet design eliminates the need for a formal burr hole, provides greater latitude in positioning and allows the ventricular catheter to be revised without disturbing the reservoir.
MINI INTEGRA CSF RES. CONV MODThe silicone elastomer Integra CSF Reservoir, in c
MINI INTEGRA CSF RES. CONV MODThe silicone elastomer Integra CSF Reservoir, in connection with a ventricular catheter, is designed to provide access to the brain and/or cerebrospinal fluid (CSF). Access is obtained by penetrating the reservoir dome with a 25-gauge or smaller needle. In this manner, CSF may be withdrawn or other fluid injected into the reservoir. The mini convertible model incorporates an outlet tube in addition to an inlet tube. The outlet tube may be connected to a distal catheter, allowing the reservoir to be used in a shunting system. Since the distal tip of the outlet tube is plugged, conversion to a shunting system requires cutting off the outlet tube proximal to the plugged end for connection to a distal shunt catheter. This model is a flat bottom design. This mini model is not provided with a ventricular catheter and stylet.
MINI INTEGRA CSF RES. SIDEThe silicone elastomer Integra CSF Reservoir, in conne
MINI INTEGRA CSF RES. SIDEThe silicone elastomer Integra CSF Reservoir, in connection with a ventricular catheter, is designed to provide access to the brain and/or cerebrospinal fluid (CSF). Access is obtained by penetrating the reservoir dome with a 25-gauge or smaller needle. In this manner, CSF may be withdrawn or other fluid injected into the reservoir. The mini, side inlet reservoir’s inlet tubing enters from the sides of the reservoir rather than from the base. This flat bottom side inlet design eliminates the need for a formal burr hole, provides greater latitude in positioning and allows the ventricular catheter to be revised without disturbing the reservoir.
MINI INTEGRA CSF STD. MOD.The silicone elastomer Integra CSF Reservoir, in conne
MINI INTEGRA CSF STD. MOD.The silicone elastomer Integra CSF Reservoir, in connection with a ventricular catheter, is designed to provide access to the brain and/or cerebrospinal fluid (CSF). Access is obtained by penetrating the reservoir dome with a 25-gauge or smaller needle. In this manner, CSF may be withdrawn or other fluid injected into the reservoir. The standard model consists of a single flushing reservoir, supplied with a separate ventricular catheter. The reservoir is designed for subcutaneous placement and attached to the ventricular catheter at the straight connector. The reservoir is made with a suture flange at its base for attachment to the periosteum. This mini-standard model is a flat bottom device requiring only a small burr hole opening to accommodate the inlet tubing on the base of the reservoir.
TUOHY NEEDLE 14g 6" for Lumbar Peritoneal ShuntA 6-inch, 14-gauge Tuohy needle
TUOHY NEEDLE 14g 6" for Lumbar Peritoneal ShuntA 6-inch, 14-gauge Tuohy needle used for inserting the lumbar catheter end into the subarachnoid space.
ACCUDRAIN LASERThe AccuDrain Laser Level device is provided with a mounting brac
ACCUDRAIN LASERThe AccuDrain Laser Level device is provided with a mounting bracket for use with Integra AccuDrain external CSF drainage systems. The AccuDrain Laser Level is an alignment tool for the AccuDrain drainage system. AccuDrain drainage systems are used for draining cerebrospinal fluid from an intraventricular catheter or lumbar catheter to an external drainage system.
POLE MOUNT, PRESS. MONIT. SYS.The External CSF Drainage Systems provide a steril
POLE MOUNT, PRESS. MONIT. SYS.The External CSF Drainage Systems provide a sterile fluid path resistant to microbial particles. The systems are used to drain cerebrospinal fluid (CSF) from the ventricles of the brain or the lumbar subarachnoid space to a drainage bag. System components facilitate CSF drainage, fluid injection, CSF sampling and intracranial pressure monitoring. Common features include a calibrated 50 ml graduated burette, 700 ml drainage bag, anti-microbial hydrophobic vent, needleless sampling/aspiration sites and pressure monitoring green stribed tubing.
The AccuDrain External CSF Drainage System is used to drain cerebrospinal fluid
The AccuDrain External CSF Drainage System is used to drain cerebrospinal fluid (CSF) from the ventricles of the brain or the lumbar subarachnoid space to a drainage bag. System components facilitate CSF drainage, CSF sampling and intracranial pressure (ICP) monitoring. Monitoring of intracranial pressure (ICP) is usually performed in selected patients with severe head injury, subarachnoid hemorrhage, Reyes syndrome or similar encephalopathies, hydrocephalus, hydrocephalus hunt infections, intracranial hemorrhage and pre and/or post operative monitoring. Common features of the system include a closed sterile fluid path, calibrated 75mL graduated burette, 700mL drainage bag, anti-microbial hydrophobic vent, two needless sampling sites, a patient stopcock, a four-way high flow burette stopcock, cord suspension, red burette height indicator, and integral attachment feature. A line level of laser device can be attached. The transparent graduated burette provides visualization of the flow and clarify of the CSF, and allows for volumetric readings to be made prior to fluid entering the drainage bag.