Intracranial Pressure Monitoring
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ICP-Monitoring with Spiegelberg Air-Pouch Method The Air-Pouch System The Air-Pouch System consists of a hollow body connected to a pressure transducer by tubing. The pressure transducer, the electronic hardware, and the device for filling the Air-Pouch are integrated in the Brain-Pressure Monitor. On the digital display, the mean pressure and the amplitude of the pressure wave are shown. At the monitor output, the pulsatile signal is available. Position of Probe For intraventricular or intraparenchymal pressure measurement the Air-Pouch is placed in the ventricle or in the parenchyma,...

ICP-Monitor | HDM29.2 Proven technology in a new design Easy to use - precise results Easier handling in clinical day-to-day life More than 50% lighter than previous model. Improved display through latest technology Clear and distinct display of mean, systolic and diastolic ICP as well as indicator for battery level and battery charge. Proven Plug&Play function for ease of use Connect Spiegelberg air-pouch probe, switch on, automatic calibration - done. Safe and comfortable method of zeroing between ICP-Monitor and bedside monitor with the button. Battery operation The ICP-Monitor is...

ICP-Monitor with Batteries (indicate voltage) Technical Information Weight measurement Battery running time Measurement range Accurancy Monitor output 3,4 kg up to 6 hours -50 to +100 mmHg +/-2 mmHg 5 µV/mmHg/V The ICP-Monitor uses the Air-Pouch method for measuring intracranial pressure. It is compatible with the full range of Air-Pouch probes, with the CPP-Monitor and the Compliance-Monitor. The digital display indicates mean ICP, systolic ICP and diastolic ICP. Additionally a charge control light and a battery state indicator are visible. The HDM29.1 is equipped with rechargeable...

Parenchymal Ventricular Epidural Probes Probe 1 Probe 1 is placed concentrically on the dura. It is used when intracranial pressure monitoring with minimum risk of infection is desired. A burr hole of 11 mm diameter is required. In adults this can be drilled with a standard trepan. For thin skull caps the use of a Martell Drill or hand drill is recommended. Technical Information Material Polyurethane Filling volume 0.05 - 0.1 cc Outer diameter 2 mm Length 1500 mm Air-Pouch diameter 16 mm Burr hole diameter 11 mm Duration of use Short term, not more than 30 days Shelf life 3 years Double...

Parenchymal Probes Probe 3PN Probe 3PN measures intraparenchymal pressure. Probe 3PN is placed in the parenchyma through a burr hole. Probe 3PN can be tunneled with the aid of the tunneling tool ZBH13.001.03. Technical Information Probe 3PN is fixed to the skin with a suturing flap. Material Polyurethane Filling volume 0.05 - 0.1 cc Diameter 1.3 mm Length 1500 mm Air tube radiopaque Depth marks 30mm 40mm Duration of use Short term, not more than 30 days Shelf life 3 years Double packed EO sterile For single use Latex free Probe 3PN with Trocar Probe 3PN with Trocar measures intraparenchymal...

Ventricular Probes Probe 3 Probe 3 measures intraventricular pressure using an Air-Pouch mounted in the tip region of a dual lumen probe. One lumen transmits the pressure to the Brain-Pressure Monitor. The second lumen is used for drainage of CSF. The measurement of pressure in the parenchyma is also possible. There is no interference of drainage and pressure measurement. As opposed to measurements via CSF coupled pressure transducers, ICP is still transmitted in the case of slit ventricles. Technical Information Material Polyurethane Filling volume 0.05 - 0.1 cc Outside diameter 2.3 mm...

Ventricular Probes True Tunneling Probe 7F Ventricular probes are tunneled by means of the dual trocar in a surgically correct fashion away from the burr hole. To facilitate the tunneling, the air tube is equipped with a connector, that is taken up by the trocar together with the drainage tube. After tunneling, the trocar is removed and the air tube is connected to the ICP-Monitor by means of the extension. The drainage tube is connected to a drainage kit with the Luer connector True Tunneling Probe 7F SND13.1.13TT Technical Information Material Polyurethane Filling volume 0.05 - 0.1 cc...

Silverline® Ventricular Probes Silverline® Intraventricular Probe Description Ref. No. Silverline® Silverline® Intraventricular Intraventricular Probe 8F Probe 10F SND13.1.14 SND13.1.15 Technical Information Silverline ventricular probes are tunneled by means of the dual trocar in a surgically correct fashion away from the burr hole. To facilitate the tunneling, the air tube is equipped with a connector, that is taken up by the trocar together with the drainage tube. After tunneling, the trocar is removed and the air tube is connected to the ICP-Monitor by means of the extension. The...

Accessories The Tunneling Tool The Tunneling Tool is an accessory for the sterile placement of Probe 3, Probe 3XL, and Probe 3PN. Description Tunneling Tool Kit for Probe 3 Tube for Tunneling Tool Probe 3 Tunneling Tool Kit for Probe 3XL Tube for Tunneling Tool Probe 3XL Tunneling Tool Kit for Probe 3PN Tube for Tunneling Tool Probe 3PN The Tunneling Tool consists of a metal trocar, a tapered splitable tube, and a guide wire. Technical Information Material trocar Material guide wire Material tube Length trocar Stainless steel Stainless steel Biocompatible plastic alloy 200 mm Pole Mount The...

Data Capture The ICP Lab software has been written to allow data cap- ture from the Spiegelberg ICP-Monitor, CPP-Monitor, and Compliance-Monitor (CMP) using data connection and a ICP Lab captures up to five signals simultaneously: Sampling Frequency The data collection can be made with sampling frequen- cy of up to 100 Hz. The data is then stored in a file using ICM+ software raw signals format '.dta'. The ICP Lab software contains some basic tools for signal browsing. The time scale and pressure scale can be cho- sen individually. Printing of selected time intervals can be performed in...

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