NEUROVENT Catheters – Parenchymal Intracranial Pressure (ICP) Measurement

Raumedic

Raumedic NEUROVENT catheters enable direct measurement of intracranial pressure (ICP) within the cerebral parenchyma. Designed for continuous monitoring in neurosurgical and neuro-intensive settings, these devices ensure reliable and stable performance, with combined versions also integrating brain temperature and partial oxygen pressure (ptiO₂) measurement.

What sets this product apart

Direct intraparenchymal measurement
MEMS sensor positioned at the distal tip of the catheter, ensuring precise physiological readings within brain tissue.

Biocompatible materials
Flexible medical-grade polyurethane sheath optimized for tissue compatibility.

Complementary ranges
Available in single or multimodal versions depending on clinical requirements.

NEUROVENT-P
Parenchymal ICP measurement.

NEUROVENT-P-TEMP
ICP and brain temperature measurement.

NEUROVENT-PX
Short-tip variant for specific indications.

NEUROVENT-PTO
ICP, temperature, and partial oxygen pressure (ptiO₂).

NEUROVENT-PTO 2L
Designed for craniotomies, combining ICP, temperature, and ptiO₂.

NEUROVENT-PTO 2L BOLT
Compatible with the BOLT KIT PTO 2L system, allowing combined use with a microdialysis catheter.

Compatibility
Works with the Raumedic MPR1 system and other monitors via dedicated interfaces.

Dimensions
Probe diameter approx. 1.4 mm; lengths adapted to surgical protocols.

Materials
Encapsulated MEMS sensor, flexible polyurethane sheath.

Packaging
Sterile, single-use medical device.

Regulatory compliance
CE-certified device – Class III.

Indications
Traumatic brain injury, cerebral hemorrhage, postoperative neurosurgical monitoring.

Implantation
Parenchymal placement performed according to standard surgical protocols, with fixation by screw or stereotactic guide when required.

Learn more about this product

Access to detailed information.

Explanatory videos available upon request.

Why choose this product?

Physiological accuracy

Intraparenchymal measurement allows precise assessment of brain pressure at the pathological site.

Combined monitoring

Possibility to measure ICP, brain temperature, and ptiO₂ simultaneously.

Surgical adaptability

Specific models designed for craniotomies or combined use with microdialysis.