The Intracranial Pressure Monitoring Cup Catheter (85 cm) acts as a hydrostatic coupler that can be attached to an external physiologic pressure transducer/recorder system to display and/or record intracranial pressure and waveforms in the conventional manner.

36 Polycarbonate Luer-Lock Connectors

Two three-way Stopcock Protection Boxes.

The Integral Drainage Set (IDS) consists of a one-piece assembly (male Luer-lock connector; small diameter drainage inlet tube with attached clamp, check valve, and silicone band; graduated bag with hydrophobic vent filter, drip chamber, suspension string with adjustable clip; large diameter drainage collector; outlet tube with clamp, watertight cap and silicone band); a 360° three-way stopcock with two female Luer-lock connectors with cap and tubing terminating in a male Luer-lock connector with cap.

The Integral Drainage Set (IDS) consists of a one-piece assembly (male Luer-lock connector; small diameter drainage inlet tube with attached clamp, check valve, and silicone band; graduated bag with hydrophobic vent filter, drip chamber, suspension string with adjustable clip; large diameter drainage collector; outlet tube with clamp, watertight cap and silicone band); a 360° three-way stopcock Luer-lock connectors; 35 cm radiopaque straight ventricular catheter.

The Integral Drainage Set (IDS) consists of a one-piece assembly (male Luer-lock connector; small diameter drainage inlet tube with attached clamp, check valve, and silicone band; graduated bag with hydrophobic vent filter, drip chamber, suspension string with adjustable clip; large diameter drainage collector; outlet tube with clamp, watertight cap and silicone band); a 360° three-way stopcock Luer-lock connectors; a lumbar catheter accessory kit

The Suction Reservoir Kit is designed to be used with the Subdural Drainage Catheter. The kit contains an extension line and a Suction Reservoir (capacity 100 cc, graduations in 25 cc increments).

Ventricular Catheters are provided Straight, Finned or Right Angle (inner diameter 1.4mm, outer diameter 2.7mm). They are delivered with an Introducer. Marked Ventricular Catheters feature radiopaque Length Markings at 2.0 cm Intervals from the Tip. A Straight or Right Angle Connector, and/or a silicone Right Angle Guide, are supplied as Accessories. Implanted materials are silicone elastomer with or without barium sulfate, stainless steel, polypropylene with barium sulfate and tantalum.

Ventricular Catheters are provided Straight, Finned or Right Angle (inner diameter 1.4mm, outer diameter 2.7mm). They are delivered with an Introducer. Marked Ventricular Catheters feature radiopaque Length Markings at 2.0 cm Intervals from the Tip. A Straight or Right Angle Connector, and/or a silicone Right Angle Guide, are supplied as Accessories. Implanted materials are silicone elastomer with or without barium sulfate, stainless steel, polypropylene with barium sulfate and tantalum.

The Integra Y- Lumbar Catheter consists of a F5 (ID: 0.8 mm) radiopaque silicone tubing with two open-ended arms (75 mm each) featuring several rows of inlet holes. The Y-shape consists of a 30 degree angle connection between the arms and the drainage catheter. The catheter overall length is 80 cm. A F5 radiopaque silicone Suture Clamp and a F8 -F5 radiopaque polypropylene Stepdown Connector (OD: 1.8 and 1.5 mm; ID: 0.8 mm) are supplied with the catheter.

Ventricular Catheter Accessory Kit: 35 cm Radiopaque Straight Ventricular Catheter with large holes and graphite length marks at 5, 10, 15 cm from the tip.

The Subdural Drainage Catheter is a radiopaque, silicone elastomer, drainage catheter consisting of a F8 tubing with a flattened, hollow cage at the distal tip. The Kit contains: 1 Subdural Catheter, 1 Introducing Rod, 1 Luer-lock Connector, 1 Right Angle Guide, 1 Butterfly Suture Clamp, 1 Subcutaneous Passer, 1 Disposable Drill Bit (5 mm) with adjustable stop and 1 Allen Wrench

The Subdural Drainage Catheter is a radiopaque, silicone elastomer, drainage catheter consisting of a F8 tubing with a flattened, hollow cage at the distal tip. The Subdural Catheter is provided with 1 Introducing Rod, 1 Luer-lock Connector, 1 Right Angle Guide and 1 Butterfly Suture Clamp

The Cyst Puncture Catheter is a 25 cm long, radiopaque silicone elastomer catheter with a tapered end terminating in a tip with a hole. The catheter features radiopaque length markings at 5, 10 and 15 cm from the tip. The catheter has 2 drainage holes, 180 degrees apart, located 5 mm from the tip. The proximity of the holes near the tip ensures that the holes will not extend outside small cysts. Each catheter is supplied with 2 stylets: a blunt-ended stylet and a sharp-ended stylet.

The Atrial Catheter is used to drain cerebrospinal fluid from the outlet of the valve unit into the right atrium of the heart. The distal end of the catheter does not have any slits.

The peritoneal catheter is used to drain cerebrospinal fluid from the outlet of the valve unit into the peritoneum. The distal end of the catheter has four staggered rows of 6-mm slits, which are not readily visible. If the distal outlet hole of the catheter becomes obstructed, the slits open for drainage. The slits perform optimally in a saline environment after soaking for 24 hours at 37 degrees Celsius.

The Burr Hole Reservoir is a component of a central nervous system (CNS) fluid shunt. It is used to connect the ventricular catheter to a silicone elastomer burr hole reservoir cap with integral side-arm leading to the valve tubing. It may also be used as a CSF reservoir with a ventricular catheter alone when a burr hole cap without side-arm is used. Configurations include 6.4 mm or 10 mm outer diameter reservoir and regular (2.5 mm) or shallow (0.8 mm) depth.

The Burr Hole Reservoir is a component of a central nervous system (CNS) fluid shunt. It is used to connect the ventricular catheter to a silicone elastomer burr hole reservoir cap with integral side-arm leading to the valve tubing. It may also be used as a CSF reservoir with a ventricular catheter alone when a burr hole cap without side-arm is used. Configurations include 6.4 mm or 10 mm outer diameter reservoir and regular (2.5 mm) or shallow (0.8 mm) depth.

The Burr Hole Reservoir is a component of a central nervous system (CNS) fluid shunt. It is used to connect the ventricular catheter to a silicone elastomer burr hole reservoir cap with integral side-arm leading to the valve tubing. It may also be used as a CSF reservoir with a ventricular catheter alone when a burr hole cap without side-arm is used. Configurations include 6.4 mm or 10 mm outer diameter reservoir and regular (2.5 mm) or shallow (0.8 mm) depth.

The Burr Hole Reservoir is a component of a central nervous system (CNS) fluid shunt. It is used to connect the ventricular catheter to a silicone elastomer burr hole reservoir cap with integral side-arm leading to the valve tubing. It may also be used as a CSF reservoir with a ventricular catheter alone when a burr hole cap without side-arm is used. Configurations include 6.4 mm or 10 mm outer diameter reservoir and regular (2.5 mm) or shallow (0.8 mm) depth.

The Burr Hole Reservoir is a component of a central nervous system (CNS) fluid shunt. It is used to connect the ventricular catheter to a silicone elastomer burr hole reservoir cap with integral side-arm leading to the valve tubing. It may also be used as a CSF reservoir with a ventricular catheter alone when a burr hole cap without side-arm is used. Configurations include 6.4 mm or 10 mm outer diameter reservoir and regular (2.5 mm) or shallow (0.8 mm) depth.

The Burr Hole Reservoir is a component of a central nervous system (CNS) fluid shunt. It is used to connect the ventricular catheter to a silicone elastomer burr hole reservoir cap with integral side-arm leading to the valve tubing. It may also be used as a CSF reservoir with a ventricular catheter alone when a burr hole cap without side-arm is used. Configurations include 6.4 mm or 10 mm outer diameter reservoir and regular (2.5 mm) or shallow (0.8 mm) depth.

The Burr Hole Reservoir is a component of a central nervous system (CNS) fluid shunt. It is used to connect the ventricular catheter to a silicone elastomer burr hole reservoir cap with integral side-arm leading to the valve tubing. It may also be used as a CSF reservoir with a ventricular catheter alone when a burr hole cap without side-arm is used. Configurations include 6.4 mm or 10 mm outer diameter reservoir and regular (2.5 mm) or shallow (0.8 mm) depth.

The Burr Hole Reservoir is a component of a central nervous system (CNS) fluid shunt. It is used to connect the ventricular catheter to a silicone elastomer burr hole reservoir cap with integral side-arm leading to the valve tubing. It may also be used as a CSF reservoir with a ventricular catheter alone when a burr hole cap without side-arm is used. Configurations include 6.4 mm or 10 mm outer diameter reservoir and regular (2.5 mm) or shallow (0.8 mm) depth.

The Tunneler is a single-use instrument consisting of a stainless steel cannula with removable handle, plastic line with bullet-shaped end and barbed end, and sheath. The tunneler (45 cm) is used to make a subcutaneous tunnel between two incisions for procedures such as the subcutaneous insertion of the peritoneal drainage catheter of a hydrocephalus shunt. The barbed end is intended to be connected to a 0.8 to 1.4 mm internal diameter catheter.

The Tunneler is a single-use instrument consisting of a stainless steel cannula with removable handle, plastic line with bullet-shaped end and barbed end, and sheath. The tunneler (65 cm) is used to make a subcutaneous tunnel between two incisions for procedures such as the subcutaneous insertion of the peritoneal drainage catheter of a hydrocephalus shunt. The barbed end is intended to be connected to a 0.8 to 1.4 mm internal diameter catheter.

The 31 cm Peritoneal Introducer Sheath is designed to be used with a Peritoneal Introducer of appropriate length (31 cm) during the placement of a peritoneal drainage catheter in the treatment of hydrocephalus. It features a tapered tip to facilitate subcutaneous insertion and passage.

The Right Angle Guide is a component of Integra NeuroSciences Hydrocephalus Valve Systems. It is used to form a right angle bend in a F7, F8 ventricular catheter at the burr hole (diameter 5 mm). Implanted materials are silicone elastomer impregnated with barium sulfate.

The Integra Suturable Tubing Clamps are sterile single use devices designed to secure a ventricular or a lumbar catheter to the surrounding tissues by means of non-absorbable suture. They consist of a butterfly shaped radiopaque silicone tubing with two suture holes. They feature a slit for introduction of the catheter. They are available in three inner diameters to anchor Integra NeuroSciences catheters presenting a F5 (OD=1.65mm), F7 (OD=2.25mm), or F8 (OD=2.65mm) outer diameter (OD).

The Integra Suturable Tubing Clamps are sterile single use devices designed to secure a ventricular or a lumbar catheter to the surrounding tissues by means of non-absorbable suture. They consist of a butterfly shaped radiopaque silicone tubing with two suture holes. They feature a slit for introduction of the catheter. They are available in three inner diameters to anchor Integra NeuroSciences catheters presenting a F5 (OD=1.65mm), F7 (OD=2.25mm), or F8 (OD=2.65mm) outer diameter (OD).

The Integra Suturable Tubing Clamps are sterile single use devices designed to secure a ventricular or a lumbar catheter to the surrounding tissues by means of non-absorbable suture. They consist of a butterfly shaped radiopaque silicone tubing with two suture holes. They feature a slit for introduction of the catheter. They are available in three inner diameters to anchor Integra NeuroSciences catheters presenting a F5 (OD=1.65mm), F7 (OD=2.25mm), or F8 (OD=2.65mm) outer diameter (OD).

The Integra Ventricular Antechamber is a radiopaque component of a Cerebrospinal Fluid (CSF) shunt. The Ventricular Antechamber Kit includes a Ventricular Antechamber, a separate Straight Ventricular Catheter, featuring radiopaque Length Markings, a Right Angle Guide and a Wire Introducer. Other configurations are available: Ventricular Antechamber alone; Ventricular Antechamber with an integrated Right Angle Ventricular Catheter (Integral Ventricular Reservoir).

The Integra Ventricular Antechamber is a radiopaque component of a Cerebrospinal Fluid (CSF) shunt. The Ventricular Antechamber Kit includes a Ventricular Antechamber, a separate Straight Ventricular Catheter, featuring radiopaque Length Markings, a Right Angle Guide and a Wire Introducer. Other configurations are available: Ventricular Antechamber alone; Ventricular Antechamber with an integrated Right Angle Ventricular Catheter (Integral Ventricular Reservoir).

The Integra Ventricular Antechamber is a radiopaque component of a Cerebrospinal Fluid (CSF) shunt. The Ventricular Antechamber Kit includes a Ventricular Antechamber, a separate Straight Ventricular Catheter, featuring radiopaque Length Markings, a Right Angle Guide and a Wire Introducer. Other configurations are available: Ventricular Antechamber alone; Ventricular Antechamber with an integrated Right Angle Ventricular Catheter (Integral Ventricular Reservoir).

The Integra Ventricular Antechamber is a radiopaque component of a Cerebrospinal Fluid (CSF) shunt. The Ventricular Antechamber Kit includes a Ventricular Antechamber, a separate Straight Ventricular Catheter, featuring radiopaque Length Markings, a Right Angle Guide and a Wire Introducer. Other configurations are available: Ventricular Antechamber alone; Ventricular Antechamber with an integrated Right Angle Ventricular Catheter (Integral Ventricular Reservoir).

The Integra Ventricular Antechamber is a radiopaque component of a Cerebrospinal Fluid (CSF) shunt. The Ventricular Antechamber Kit includes a Ventricular Antechamber, a separate Straight Ventricular Catheter, featuring radiopaque Length Markings, a Right Angle Guide and a Wire Introducer. Other configurations are available: Ventricular Antechamber alone; Ventricular Antechamber with an integrated Right Angle Ventricular Catheter (Integral Ventricular Reservoir).

5 Polycarbonate Luer Lock Connectors - F5.

5 Polycarbonate Luer Lock Connectors - F8.

The Burr Hole Reservoir is a component of a central nervous system (CNS) fluid shunt. It is used to connect the ventricular catheter to a silicone elastomer burr hole reservoir cap with integral side-arm leading to the valve tubing. It may also be used as a CSF reservoir with a ventricular catheter alone when a burr hole cap without side-arm is used. Configurations include 6.4 mm or 10 mm outer diameter reservoir and regular (2.5 mm) or shallow (0.8 mm) depth.

The Burr Hole Reservoir is a component of a central nervous system (CNS) fluid shunt. It is used to connect the ventricular catheter to a silicone elastomer burr hole reservoir cap with integral side-arm leading to the valve tubing. It may also be used as a CSF reservoir with a ventricular catheter alone when a burr hole cap without side-arm is used. Configurations include 6.4 mm or 10 mm outer diameter reservoir and regular (2.5 mm) or shallow (0.8 mm) depth.

The Burr Hole Reservoir is a component of a central nervous system (CNS) fluid shunt. It is used to connect the ventricular catheter to a silicone elastomer burr hole reservoir cap with integral side-arm leading to the valve tubing. It may also be used as a CSF reservoir with a ventricular catheter alone when a burr hole cap without side-arm is used. Configurations include 6.4 mm or 10 mm outer diameter reservoir and regular (2.5 mm) or shallow (0.8 mm) depth.

The Burr Hole Reservoir is a component of a central nervous system (CNS) fluid shunt. It is used to connect the ventricular catheter to a silicone elastomer burr hole reservoir cap with integral side-arm leading to the valve tubing. It may also be used as a CSF reservoir with a ventricular catheter alone when a burr hole cap without side-arm is used. Configurations include 6.4 mm or 10 mm outer diameter reservoir and regular (2.5 mm) or shallow (0.8 mm) depth.

The CSF Reservoir consists of a silicone dome-shaped reservoir incorporating a polypropylene needle-stop, and an F8 integrated connector. The CSF Reservoir can be provided alone. Other configurations include a right angle ventricular catheter (7 cm or 9 cm length) and a 15 cm introducing rod, or a 15 cm straight ventricular catheter and a right angle guide. The ventricular catheter features radiopaque length markings at 2, 4, 6, 8, 10 cm from the tip.

The CSF Reservoir consists of a silicone dome-shaped reservoir incorporating a polypropylene needle-stop, and an F8 integrated connector. The CSF Reservoir can be provided alone. Other configurations include a right angle ventricular catheter (7 cm or 9 cm length) and a 15 cm introducing rod, or a 15 cm straight ventricular catheter and a right angle guide. The ventricular catheter features radiopaque length markings at 2, 4, 6, 8, 10 cm from the tip.

The CSF Reservoir consists of a silicone dome-shaped reservoir incorporating a polypropylene needle-stop, and an F8 integrated connector. The CSF Reservoir can be provided alone. Other configurations include a right angle ventricular catheter (7 cm or 9 cm length) and a 15 cm introducing rod, or a 15 cm straight ventricular catheter and a right angle guide. The ventricular catheter features radiopaque length markings at 2, 4, 6, 8, 10 cm from the tip.

The CSF Reservoir consists of a silicone dome-shaped reservoir incorporating a polypropylene needle-stop, and an F8 integrated connector. The CSF Reservoir can be provided alone. Other configurations include a right angle ventricular catheter (7 cm or 9 cm length) and a 15 cm introducing rod, or a 15 cm straight ventricular catheter and a right angle guide. The ventricular catheter features radiopaque length markings at 2, 4, 6, 8, 10 cm from the tip.

Connectors are implantable accessories intended to be used with Integra hydrocephalus Valve Systems for connection between an implanted ventricular catheter or drainage catheter and a CSF Shunt System.

Connectors are implantable accessories intended to be used with Integra hydrocephalus Valve Systems for connection between an implanted ventricular catheter or drainage catheter and a CSF Shunt System.

Connectors are implantable accessories intended to be used with Integra hydrocephalus Valve Systems for connection between an implanted ventricular catheter or drainage catheter and a CSF Shunt System.

Connectors are implantable accessories intended to be used with Integra hydrocephalus Valve Systems for connection between an implanted ventricular catheter or drainage catheter and a CSF Shunt System.