Product Detail

Protektor 32 channel intraoperative nerve monitoring system is the latest generation of high-quality nerve electrophysiological monitoring product produced and developed by XLTEK. Its excellent performance and durability are the result of the joint efforts of many excellent engineers, neuroelectrophysiologists and professional technicians. XLTEK will continue to improve and upgrade its products. The satisfaction of users is our greatest affirmation.
In neurosurgery, orthopedics and other related surgical operations, intraoperative nerve monitoring has become a new standard to detect neural function. More and more surgeons are paying attention to the importance of intraoperative nerve monitoring to protect the integrity of neural function to the greatest extent, so as to ensure the quality of life of patients after surgery. As a result, Xltek Canada has launched the most professional 32 channel intraoperative nerve monitoring system in the industry, which adheres to the purpose of “caring for life” to protect your operation.

Clinical application of XLTEK Protektor 32 intraoperative nerve monitoring system:

Neurosurgery:

• Cranial base surgery: acoustic neuroma resection, cranial nerve microvascular decompression, etc. Protect brain stem function and facial nerve through brainstem evoked potential and facial nerve monitoring
• Excision of cortical tumors: central sulcus was identified by phase reversal of somatosensory evoked potentials; Motor functional areas were judged by cortical electrical stimulation
• Vascular surgery: aneurysm, carotid endarterectomy, etc., to monitor cerebral blood supply compensation after occlusion or clamping
• Spinal nerve release: with the cooperation of nerve monitoring, selective posterior root resection can more effectively and accurately remove the injured nerve and retain the normal nerve
• Epilepsy surgery: During the operation, the epileptic focus is precisely located to protect the functional area

Intuitive auxiliary positioning function of central sulcus:
Orthopedics:

• Spine orthopedics: real-time monitoring of neural function
• Implantation of pedicle screw: automatic monitoring of pedicle screw implantation, automatic threshold judgment of stimulation
• Cauda equina operation: monitor spinal cord sensory function by monitoring sacrococcygeal SEP, avoid lower limb dysfunction by lower limb electromyography, and avoid urinary incontinence or urine retention by monitoring anal or urethral sphincter electromyography

Pedicle implantation navigation:
Other departments:

• Cardiac surgery: cardiopulmonary bypass cardiac surgery, brain function monitoring to determine cerebral blood supply
• Department of five sense organs: radical mastoidectomy, middle ear reconstruction, parotid gland and facial tumor resection, monitoring facial nerve to reduce nerve damage
• Anesthesia depth monitoring: the original EEG waveform and various trend changes were used to comprehensively evaluate the depth of cerebral anesthesia
• Intensive care: Brain function monitoring of critical patients, which can be used for auxiliary diagnosis of brain death

It can be configured with portable models to easily carry out follow-up visits.