Contour-Flex Valve System, Regular, Low Pressure for ventricular shunting of cerebrospinal fluid.

Contour-Flex Valve System, Regular, Medium Pressure for ventricular shunting of cerebrospinal fluid.

Contour-Flex Valve System, Regular, High Pressure for ventricular shunting of cerebrospinal fluid.

Contour-Flex Valve System, Small, Low Pressure for ventricular shunting of cerebrospinal fluid.

Contour-Flex Valve System, Small, Medium Pressure for ventricular shunting of cerebrospinal fluid.

Contour-Flex Valve System, Small, High Pressure for ventricular shunting of cerebrospinal fluid.

Contour-Flex Valve System, Regular, Low Pressure for ventricular shunting of cerebrospinal fluid.

Contour-Flex Valve System, Regular, Medium Pressure for ventricular shunting of cerebrospinal fluid.

Contour-Flex Valve System, Regular, High Pressure for ventricular shunting of cerebrospinal fluid.

Contour-Flex Valve System, Small, Low Pressure for ventricular shunting of cerebrospinal fluid.

Contour-Flex Valve System, Small, Medium Pressure for ventricular shunting of cerebrospinal fluid.

Contour-Flex Valve System, Small, High Pressure for ventricular shunting of cerebrospinal fluid.

Contour-Flex Valve System, Regular, Low Pressure for ventricular shunting of cerebrospinal fluid.

Contour-Flex Valve System, Regular, Medium Pressure for ventricular shunting of cerebrospinal fluid.

Contour-Flex Valve System, Regular, High Pressure for ventricular shunting of cerebrospinal fluid.

Contour-Flex Valve System, Small, Low Pressure for ventricular shunting of cerebrospinal fluid.

Contour-Flex Valve System, Small, Medium Pressure for ventricular shunting of cerebrospinal fluid.

Contour-Flex Valve System, Small, High Pressure for ventricular shunting of cerebrospinal fluid.

Contour-Flex Valve System, Regular, Low Pressure for ventricular shunting of cerebrospinal fluid.

Contour-Flex Valve System, Regular, Medium Pressure for ventricular shunting of cerebrospinal fluid.

Contour-Flex Valve System, Regular, High Pressure for ventricular shunting of cerebrospinal fluid.

Contour-Flex Valve System, Small, Low Pressure for ventricular shunting of cerebrospinal fluid.

Contour-Flex Valve System, Small, Medium Pressure for ventricular shunting of cerebrospinal fluid.

Contour-Flex Valve System, Small, High Pressure for ventricular shunting of cerebrospinal fluid.

The female electrode connecting cable is a reusable device used to connect the Integra® Cortical and Depth electrodes to an EEG monitor through a Cam Lock cylindrical Connector. It has 32 gold plated connector pins corresponding to the electrode Contacts, to be plugged into the corresponding EEG Monitor input channels.

Contour-Flex Valve Unit, Regular, High Pressure for ventricular shunting of cerebrospinal fluid.

Contour-Flex Valve Unit, Regular, Low Pressure for ventricular shunting of cerebrospinal fluid.

Contour-Flex Valve Unit, Regular, Medium Pressure for ventricular shunting of cerebrospinal fluid.

Contour-Flex Valve Unit, Small, High Pressure for ventricular shunting of cerebrospinal fluid.

Contour-Flex Valve Unit, Small, Low Pressure for ventricular shunting of cerebrospinal fluid.

Contour-Flex Valve Unit, Small, Medium Pressure for ventricular shunting of cerebrospinal fluid.

The female electrode connecting cable is a reusable device used to connect the Integra® Cortical and Depth electrodes to an EEG monitor through a Cam Lock cylindrical Connector. It has 4 gold plated connector pins corresponding to the electrode Contacts, to be plugged into the corresponding EEG Monitor input channels. It features an intermediate connector at 30cm allowing an easy disconnection if desired.

The female electrode connecting cable is a reusable device used to connect the Integra® Cortical and Depth electrodes to an EEG monitor through a Cam Lock cylindrical Connector. It has 6 gold plated connector pins corresponding to the electrode Contacts, to be plugged into the corresponding EEG Monitor input channels. It features an intermediate connector at 30cm allowing an easy disconnection if desired.

The female electrode connecting cable is a reusable device used to connect the Integra® Cortical and Depth electrodes to an EEG monitor through a Cam Lock cylindrical Connector. It has 8 gold plated connector pins corresponding to the electrode Contacts, to be plugged into the corresponding EEG Monitor input channels. It features an intermediate connector at 30cm allowing an easy disconnection if desired.

The female electrode connecting cable is a reusable device used to connect the Integra® Cortical and Depth electrodes to an EEG monitor through a Cam Lock cylindrical Connector. It has 10 gold plated connector pins corresponding to the electrode Contacts, to be plugged into the corresponding EEG Monitor input channels. It features an intermediate connector at 30cm allowing an easy disconnection if desired.

The female electrode connecting cable is a reusable device used to connect the Integra® Cortical and Depth electrodes to an EEG monitor through a Cam Lock cylindrical Connector. It has 12 gold plated connector pins corresponding to the electrode Contacts, to be plugged into the corresponding EEG Monitor input channels. It features an intermediate connector at 30cm allowing an easy disconnection if desired.

The female electrode connecting cable is a reusable device used to connect the Integra® Cortical and Depth electrodes to an EEG monitor through 2 Cam Lock cylindrical Connectors. It has 16 gold plated connector pins corresponding to the electrode Contacts, to be plugged into the corresponding EEG Monitor input channels. It features 2 intermediate connectors at 30cm allowing an easy disconnection if desired.

The female electrode connecting cable is a reusable device used to connect the Integra® Cortical and Depth electrodes to an EEG monitor through 2 Cam Lock cylindrical Connectors. It has 20 gold plated connector pins corresponding to the electrode Contacts, to be plugged into the corresponding EEG Monitor input channels.It features 2 intermediate connectors at 30cm allowing an easy disconnection if desired.

The female electrode connecting cable is a reusable device used to connect the Integra® Cortical and Depth electrodes to an EEG monitor through 2 Cam Lock cylindrical Connectors. It has 24 gold plated connector pins corresponding to the electrode Contacts, to be plugged into the corresponding EEG Monitor input channels. It features 2 intermediate connectors at 30cm allowing an easy disconnection if desired.

The female electrode connecting cable is a reusable device used to connect the Integra® Cortical and Depth electrodes to an EEG monitor through 4 Cam Lock cylindrical Connectors. It has 32 gold plated connector pins corresponding to the electrode Contacts, to be plugged into the corresponding EEG Monitor input channels. It features 4 intermediate connectors at 30cm allowing an easy disconnection if desired.

The female electrode connecting cable is a reusable device used to connect the Integra® Cortical and Depth electrodes to an EEG monitor through 6 Cam Lock cylindrical Connectors. It has 48 gold plated connector pins corresponding to the electrode Contacts, to be plugged into the corresponding EEG Monitor input channels.It features 6 intermediate connectors at 30cm allowing an easy disconnection if desired.

The female electrode connecting cable is a reusable device used to connect the Integra® Cortical and Depth electrodes to an EEG monitor through 8 Cam Lock cylindrical Connectors. It has 64 gold plated connector pins corresponding to the electrode Contacts, to be plugged into the corresponding EEG Monitor input channels. It features 8 intermediate connectors at 30cm allowing an easy disconnection if desired.

The electrode connecting cable EDSCF is a reusable device used to connect the Integra® Sphenoidal electrodes intended for the recording of EEG signals at the under surface of the temporal lobe, to an EEG monitor.The cable features gold-plated electrodes contact pin at one end and monitor connector contacts on the other end.

The Integra Sphenoidal Electrode is designed for investigative intraoperative monitoring of cortical electrical activity specifically at the undersurface of the temporal lobe. It has one platinum contact and is supplied with an insertion needle.

The OCS2PND is a bipolar stimulating probe for cortical stimulation with malleable tips for precise localization. The probe has 2 mm diameter polished balls, spaced 5 mm apart, at the tip of the stimulator probe. It has a 310 cm cord with two electrically shrouded banana plugs for attachment to the OCS2 Ojemann Cortical Stimulator. It is reusable, is supplied non-sterile and must be sterilized before use.

The Integra NeuroSciences Peritoneal Catheter is a 91 cm silicone elastomer barium sulfate striped tubing. Numbered length markers are located 5, 10, 15, 20, 25 and 30 cm from the distal end to assist catheter placement. The distal end of the catheter has four staggered rows of 5.5-mm slits, which are not easily visible. If the distal outlet hole of the catheter becomes obstructed, the slits open for drainage.

The non sterile Peña Muscle Stimulator Bipolar Probe (PS2P) is a 17 cm long reusable probe for use in the surgical treatment of high and low anorectal malformation. The probe has a 260 cm cord with two electrically shrouded banana plugs for attachment to the Peña Muscle Stimulator (PS2, sold separately). The probe tip consists of two gold plated polished wire probes, 0.8 mm diameter and separated by 1.8 mm. The wire probes function as the bipolar stimulus electrodes when the PS2P Probe is connected to the PS2 Stimulator.

The Integra NeuroSciences Ventricular Catheter is a 25 cm silicone elastomer tubing with full barium impregnation. Numbered length markers are located 5 and 10 cm from the proximal end. Length marker dots are located at 1 cm increments 3 to 14 cm from the proximal end. The proximal end presents fourty (40) flow holes. The proximal tip is constructed of molded, barium sulfate impregnated silicone to provide smooth, consistent end, which aid catheter placement. A stainless steel stylet and a right angle guide are provided.

Licox® VK52 Parenchymal Probe Guide is used for tunneling Licox CC1P1 subcutaneously under the scalp. It contains: Parenchymal Probe Guide, Drill Bit, Drill stop with set screw, Hex wrench,

The Camino Flex Ventricular Intracranial Pressure Monitoring Kit is indicated when direct and continuous intraventricular intracranial pressure monitoring and cerebrospinal fluid drainage are required. The catheter is embedded with a strain gauge pressure transducer.The system is designed for no more than five days of continuous monitoring.