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Minimally invasive technologies are opening up new opportunities in neurosurgery, especially in the diagnosis and therapy of intracranial defects. Depending on the requirements of the operation, either rigid or flexible endoscopes are used in intracranial surgery. With endoscopes of differing viewing angles of 0°, 30°, 70° an 120°, the neurosurgeon can see into the brain to an extent that was not previously possible with a microscope and can carry out more extensive surgery. Indications for the use of the neuroendoscope in neurosurgery are as follows:

›	Occlusive hydrocephalus (ventriculostomy)
›	Intraventricular processes (e.g. tumors and cysts)
›	Arachnoidal cysts and cystic cerebral tumors
›	Intraventricular hemorrhages and other intraventricular interventions
›	Endoscopically assisted neurosurgery (base of the skull)
›	Transnasal transsphenoidal pituitary gland surgery


	JIMENEZ Scalp-Dura Retractor Endoscopy can now help improve visualization during minimally invasive craniectomies for surgical correction of craniosynostosis.

	Movement Driven Vision The ability of endoscopes to bring excellent illumination and enhanced visualization into areas of interest leads to the possibility of working in body cavities through reduced access and therefore reduced trauma.

	The New Shuntscope In the treatment of hydrocephalus, an alternative to Endoscopic Third Ventriculostomy (ETV) is the implantation of a shunt.

	Bipolar Forceps acc. to CAPPABIANCA/CAVALLO Since the endoscopic endonasal approach was first introduced in the 1990’s it was soon clear that, among the different pitfalls to solve, there was the need to design dedicated bipolar forceps for bleeding management to be used together with the endoscope.

	Endoscopic transnasal cranial base surgery acc. to BETTAG/SCHÄFER Endoscopic transnasal transsphenoidal pituitary surgery is an advancement of the traditional microsurgical technique.

	GAAB bipolar forceps These bipolar forceps were developed specifically for use in neuroendoscopy and can be used in the working channel of the GAAB neuroendoscope.

	Pediatric GAAB Neuroendoscope The new pediatric and minimally invasive neuroendoscope, which has been developed with Prof. Gaab, is used for especially atraumatic intracranial endoscopy, e.g. pediatric ventriculostomy, cystostomy and biopsy.

	Balloon Catheters The new Fogarty Balloon Catheters, developed for neuro-endoscopy, are designed and approved for use in the field of neurosurgery.

	Endoscopic Assisted Micro Neuro-Endoscopy During operative approaches to deeply located intracranial lesions, endoscopes may be employed to assist microsurgical manoeuvres and to control their efficacy.

	DECQ Neuroendoscopy Set The neuroendoscopy set recommended by Prof. Decq is designed for the treatment of hydrocephalus, especially for patients with different ventricle sizes.

	GAAB Neuroendoscopy Set The new modified system of the GAAB neuroendoscopy set offers a versatile and multi-functional tool for a variety of pathologies.

	Transnasal Transphenoidal Skull Base Surgery The endoscopic endonasal approach to the sellar region is a recent evolution of the conventional transsphenoidal technique performed with the operating microscope.

	OI HANDYPRO® Neuroendoscope The HANDYPRO® was designed as a light and handy tool for neuroendoscopic procedures.

	Endoscopic Peripheral Nerve Surgery Endoscopic techniques are becoming increasingly important in the surgical treatment of various syndromes.

	TAKE-APART® Bipolar Forceps Precise coagulation, hemorrhage control and a good view of the operating field are essential in skull base surgery.

	Neuro-Endoscope LOTTA® acc. to Prof. Schroeder The “LOTTA®” ventriculoscope was designed for the entire range of endoscopic brain surgeries.

	Microinstruments acc. to SEPEHRNIA The microinstruments according to SEPEHRNIA are characterized by their ergonomic and functional design elements developed based on years of experience.

	Microneurosurgery and Endoneurosurgery Endoscopic visualization complements microsurgery and can be employed at various stages of an operation.

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