Functional Neurosurgery
Functional neurosurgery is a specialised branch of neurosurgery that focuses on the diagnosis and treatment of diseases of the central and peripheral nervous system that significantly impair the functionality and quality of life of patients. Typical interventions aim to modulate or correct disrupted neuronal networks using minimally invasive techniques. An example of this is deep brain stimulation (DBS) in the treatment of Parkinson’s disease.
Innovative approaches for neurological diseases
The focus of functional neurosurgery is on highly precise and at the same time gentle therapy of the brain. Stereotactically guided interventions require precise planning and execution, which is significantly supported by inomed’s innovative technology. Imaging techniques provide precise coordinates of the target region in the brain. A stereotactic frame attached to the patient’s head allows the exact determination and localisation of the target point. Instruments such as electrodes, biopsy probes or other tools can be precisely guided to the desired location through a small opening in the skull.
Product diversity and precision technologies from inomed
We offers comprehensive complete solutions for functional neurosurgery, covering the full range of requirements with a modern product range developed specifically for the demands of the field. This includes stereotactic systems, MER recording systems, the MicroDrive, the inomed Planning Software (iPS), RF lesion generators, electrodes and various accessories. With this comprehensive system, inomed supports neurosurgeons in performing interventions with high precision and safety, while improving the quality of life of patients.
Relevant products for the application field
Stereotactic Ultralight System (SUSy)
Experience Versatility and Innovation.
The next generation of frame-based stereotaxy. Carbon fibre reinforced PEEK. Under 2 kg. Precision in the µ range. MRI and CT compatible.
ZD Frame - Stereotactic Systems
Precision-engineered Zamorano-Duchovny stereotactic system for Deep Brain Stimulation, Biopsy & Functional Neurosurgery manufactured by VCSmed India in partnership with inomed Medizintechnik, Germany.
ISIS MER System
The key technology for Microelectrode Recording improving targeting with neurophysiological localisation to assure accuracy and safety in Deep Brain Stimulation procedures.
RF Lesion Generators - LG1, LG2 & LG4
Radiofrequency thermolesion enables the elimination or considerable reduction of chronic pain, allowing the body to recover through self-healing. The LG1, LG2, and LG4 give every centre, from a single treatment room to a full OR, the right generator for its volume and complexity.
RF Lesion Generators - LG2-sEEG
The LG2-sEEG is one of the newest devices in the inomed RF lesion generator series. In combination with the sEEG-Box, it performs RF treatments via certified sEEG electrodes, an invasive diagnostic and therapeutic procedure for patients with drug-resistant, focal epilepsy
Stereotactic Ultralight System (SUSy)
Experience Versatility and Innovation.
The next generation of frame-based stereotaxy. Carbon fibre reinforced PEEK. Under 2 kg. Precision in the µ range. MRI and CT compatible.
ZD Frame - Stereotactic Systems
Precision-engineered Zamorano-Duchovny stereotactic system for Deep Brain Stimulation, Biopsy & Functional Neurosurgery manufactured by VCSmed India in partnership with inomed Medizintechnik, Germany.
ISIS MER System
The key technology for Microelectrode Recording improving targeting with neurophysiological localisation to assure accuracy and safety in Deep Brain Stimulation procedures.
RF Lesion Generators - LG1, LG2 & LG4
Radiofrequency thermolesion enables the elimination or considerable reduction of chronic pain, allowing the body to recover through self-healing. The LG1, LG2, and LG4 give every centre, from a single treatment room to a full OR, the right generator for its volume and complexity.
RF Lesion Generators - LG2-sEEG
The LG2-sEEG is one of the newest devices in the inomed RF lesion generator series. In combination with the sEEG-Box, it performs RF treatments via certified sEEG electrodes, an invasive diagnostic and therapeutic procedure for patients with drug-resistant, focal epilepsy