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The phrase “micro neurosurgery” is used to describe the use of the operating microscope and certain micro-instruments during surgery to treat conditions of the brain, spine, and spinal cord.
An optical tool called a surgical microscope gives the surgeon a stereoscopic, highly magnified, and lighted view of the tiny structures in the surgical region.
The diagnosis and treatment of patients with injuries to, or diseases/disorders of, the brain, spinal cord, spinal column, and peripheral nerves in all regions of the body are the focus of this medical speciality.
Patients of all ages are treated in the neurosurgical discipline. A neurological surgeon may offer surgical and/or non-surgical care depending on the kind of damage or condition.
Neurosurgeons handle both surgical and non-surgical management of neurological illnesses, including their prevention, diagnosis, assessment, treatment, critical care, and rehabilitation.
Emergency room physicians, neurologists, internists, family practitioners, and osteopaths frequently consult with neurosurgeons because of their broad experience in the diagnosis of all neurological diseases.
The Global Neurosurgical Microscopes market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
New neurosurgical microscope introduced by Leica Microsystems.
Leica M530 OH6, which. It has apochromatic optics, enhanced Small Angle Illumination (SAI), and FusionOptics technology to let surgeons see more clearly into deep, small cavities.
By allowing surgeons and their helpers to operate in a neutral, upright position, the ergonomic design of the microscope helps to reduce strain and fatigue.
The OH6 stand has a long reach and a working distance of up to 600 mm, giving surgeons and helpers enough space to operate comfortably even during spine procedures that call for lengthy tools.
Surgeons may select the options they need right now and update whenever they want thanks to Leica Microsystems’ OpenArchitecture and the modular yet integrated design of the Leica M530 OH6.
The equipment may be fitted with TrueVision 3D HD visualisation as well as intraoperative fluorescence modules from Leica FL400 for intraoperative tumour fluorescence or Leica FL800 for intraoperative vascular fluorescence.
There is 400 Watts of Xenon lighting on the Leica M530 OH6. During operations, light can pierce the bottom of deep, narrow holes when combined with Small Angle Illumination (SAI).
As a result, cavities cast less shadows, more details are visible, and depth perception is improved.
