The Endoscopic Endonasal Surgery Simulator is a 1 -1 scale clinical training tool designed for surgeons, educators, and trainees in neurosurgery and ENT. It delivers a highly realistic platform to practice endonasal approaches thanks to authentic bone drilling properties and detailed anatomy. Choose this simulator to improve surgical skills with unmatched anatomical accuracy and comprehensive case-based planning tools.

Train with True-to-Life Anatomy and Real Case Pathologies

Gain essential surgical expertise with the Endoscopic Endonasal Surgery Simulator. Crafted from real DICOM data, it recreates the human skull, soft tissues, and skull base structures with extraordinary realism. Practise endoscopic transphenoidal procedures using accurately manufactured skin, mucosa, turbinates, septum, cranial nerves, and vessels. This simulator includes pituitary adenoma and planum sphenoidale meningioma based on actual surgical cases, complete with preoperative DICOM imaging for thorough case review and planning. It enables users to expand approaches in sagittal and coronal planes and experience lifelike tactile feedback that mirrors real surgical scenarios.

Features and Benefits

• 1 -1 scale human skull created from real CT scans
• Replicates real bone drilling properties
• Detailed anatomical landmarks including fissures and canals
• Includes soft tissue layers – skin, nasal mucosa, turbinates, septum
• Inner skull covered with dura for added realism
• Presents all cranial nerves and intracranial arteries
• Mimics brain, cerebellum, and brainstem
• Pituitary adenoma and planum sphenoidale meningioma for pathology simulation
• Preoperative DICOM files from real cases for planning and practice
• All structures based on genuine DICOM CT and MRI data
• Material mimics tactile feel of human anatomy
• Supports complex approaches in sagittal and coronal planes

Indications for Use

• Endoscopic transphenoidal surgical training
• Skull base surgical skills development
• Preoperative planning and anatomical study
• Medical education for neurosurgery and ENT professionals
• Simulation of real pathological scenarios

Size Guide

• 1 -1 scale based on human skull dimensions from CT scans
• Accurate anatomical proportions for all features