Transorbital Surgery Book
Products
A portable, reusable surgical simulation platform designed for hands-on training in transoral and endoscopic laryngeal procedures. Its integrated suspension system, transparent laryngeal anatomy and interchangeable pathology inserts support training in endoscope navigation, instrument positioning and procedural techniques using rigid and flexible endoscopes, lasers, coblation systems and powered instruments.
Rhinology
US$240 | £180 | €210 A life-size anatomical model designed to help ENT surgeons explain sinus anatomy, pathology and treatment options to patients. Its opening, book-style design and colour-coded structures provide clear views of the paranasal sinuses, making it easier to demonstrate findings from nasal endoscopy and CT scans, as well as proposed surgical procedures.
Otology
An anatomically detailed simulation model representing the temporal bone of a 64-year-old adult, designed for hands-on otologic surgical training. The Temporal Bone MAX supports procedures ranging from middle ear surgery to mastoidectomy and cochlear implantation, depending on the configuration. Features include realistic bone-drilling characteristics and anatomical structures relevant to advanced ear surgery.
Otology
A compact, anatomically accurate temporal bone simulation model designed for otologic surgical training, including mastoidectomy, tympanoplasty and facial nerve decompression. It provides realistic tactile and acoustic drilling feedback, with an optional external soft-tissue ear for anatomical orientation. The model supports repeated surgical practice but does not accommodate cochlear implant electrode insertion, for which the Temporal Bone Ear MAX is available.
This product has multiple variants. The options may be chosen on the product page
Otology
ZAR 2000 | $130 | €120 | £100
An anatomically detailed temporal bone simulation model based on a 64-year-old right ear, designed for hands-on otologic and neurotologic surgical training. It supports procedures including mastoidectomy, posterior tympanotomy, ossiculoplasty and subtotal petrosectomy. Features include realistic bone-drilling feedback, mobile ossicles, simulated soft-tissue responses and a removable tympanic membrane. An optional rotatable mount allows secure positioning during surgical practice.
Otology
An anatomically detailed simulation model representing the temporal bone of a two-year-old child, designed for hands-on paediatric otologic surgical training. Available in MINI, MIDI and MAX configurations, it supports procedures ranging from middle ear surgery to mastoidectomy and cochlear implantation, depending on the configuration. Features include realistic bone-drilling characteristics and anatomical structures relevant to paediatric ear surgery.
Transorbital surgery
A life-size, anatomically accurate 3D model designed for hands-on transorbital endoscopic and skull base surgical training. Its interchangeable orbital components allow surgeons to explore complex orbital and skull base anatomy, practise surgical approaches and simulate procedures involving the sphenoid sinus and middle cranial fossa. Transparent and solid orbital modules, including options with integrated soft tissue and Sternberg canal defects, support anatomical teaching and practical surgical simulation.
Rhinology
An anatomically accurate 3D simulation model designed for hands-on endonasal surgical training, including functional endoscopic sinus surgery (FESS). Its removable, replaceable cartridges replicate relevant sinonasal anatomy and enable repeated practice of surgical techniques. Additional cartridges can be purchased separately, providing a flexible, cost-effective training solution for surgeons and surgical trainees.