Functional Neurosurgery

Overview Functional Neurosurgery 4 inomed Planning System iPS 7 Target point simulation and Localisation 10 Micro Electrode Recording 13 MicroMacro electrodes & inomed MicroMove electrodes 23 Guide Tubes & Universal Guide Tubes 25 Neutral electrodes & Brain electrodes 30

Many thanks for your interest in inomed Medizintechnik GmbH and our broad range of products! The Company inomed Medizintechnik GmbH is a medical technology company, operating internationally, which develops nerve protection instruments and systems for precisely targeted patient treatment. Functional Neurosurgery In functional neurosurgery, mainly minimal invasive techniques are used to avoid creating undesired lesions when accessing the site of treatment. The intervention target areas are calculated using geometric methods and transferred to a stereotactic workstation. Various options are then...

Overview Functional Neurosurgery Guide Tubes

Planning Software Planning the path to the target Performing an intraoperative intervention in the brain without incidents and problems requires preoperative planning of the access and the target point. This is done by the surgeon using planning software with which he visually plans his access and verifies it on a patient specific basis. The quality of image representation and the merging of images are critical for successful planning. The possibility of projecting anatomical atlases over the patient related data allows verification based on anatomical principles. Linking to hospital imaging...

inomed Planning System iPS Applications • Stereotactic target point localisation • Biopsy planning • Deep brain stimulation • Brachytherapy Characteristics • PACS interface • Dicom in- and export • Automatic image fusion • 3D simulation • Visualization of electrodes • Anatomical atlases • Supporting all picture modalities 300 100 inomed Planning System iPS 1 for 3D-stereotactic applications incl. DICOM-Importmodule 300 208 Fusion module for iPS 1 automatic image fusion 300 311 inomed Planning System iPS 1 second license 300 310 Update and maintenance service for iPS 1 remote support,...

Stereotactic Systems Precision without compromises After successful target point planning, the calculated values are transferred to the stereotactic system. Various systems have become established in clinical use in the past depending on the intervention site and the objective of the surgical intervention. They differ mainly in their target point calculation and method of fixation on the patient’s head. To secure the stereotactic frame on the patient’s head, a ring is secured to the head with pins. Special attention is paid to the stability and reliability of the fixations. The ring must be designed...

Applications • Verification of planning Characteristics • Fitting to all stereotactic devices • Autoclavable Target point simulation Art. No. Description

Applications • Every stereotactic intervention Characteristics • Polar coordinate system • 5 constitution parameters for a higher precision • 3 point fixation for higher stability • Target point verification on the basis of target point simulator • Artifacts-free, optimised for medical imaging • Equipment for Brachytherapy can be adapted RM Stereotaxy unit consisting of: RM aiming bow with instrument carrier, depth control, depth control stop, vertical arc 105° and 85°, vertical arc support, probe holder, dovetail guide, sterilisiation box Target point simulator consisting of: aluminium headring,...

Applications • Every stereotactic intervention Characteristics • Center of Arc System • 1 point fixation for easier construction • Construction in 45° and 90° • Artifacts-free, optimised for medical imaging ZD module unit consisting of: ZD aiming bow with carriage sled with micrometer advance, instrument holder for 2-3 mm and 4-8 mm, sterilisation box Target point simulator consisting of: aluminium headring, target point adjusting unit for X-Y-Z axis, sterilisation box. Art. No. Description 802 020 ZD fixing rail applicable for ceramic ring 802 012 ZD instrument holder with micrometer drive, applicable...

Micro Electrode Recording Target point verification When implanting a DBS electrode, the intraoperative microelectrode recording (MER) technique is used to ensure that the expected target point determined in path planning is reached. This involves introducing micro-macro electrodes along a planned trajectory and recording the differing neuronal activity. From the recording, the user identifies the neuronal areas through which the electrode is migrating. To conclusively verify the target area as a possible implantation site, a test simulation is performed which simulates the subsequently active...

ISIS MER System For every situation inomed can offer the right configuration of their ISIS MER System. With the ISIS MER System portable you have all necessary tools out of one box. In the carrying case is enough space for the ISIS Headbox MER and ISIS Headbox EMG, a powerful notebook and the fitting medical power supply device. Also you can put there in the sterilization tray for the inomed MicroDrive. The ISIS MER System highline is a powerful workstation in the operation room. The system includes a wide screen monitor with easy cleaning surface and optional multi touch handling, a powerful...

ISIS Headbox MER The ISIS Headbox MER offers a complete hardware base for target point localisation during deep brain stimulation. It consists of 5 MER amplifier channels for extracellular recording and an integrated stimulator for deep brain stimulation. The electronics for the position sensor and MicroDrive are already integrated. The current depth of the electrode is thereby transferred directly to the software. This allows surgeons and users to check the electrode depth at any time. The range also includes the autoclavable recording cable. Recording cables are provided for both the inomed...