Otology
The Exostosis Model (EXO-41) is a high-fidelity surgical simulation platform specifically engineered for drill-based canalplasty and exostosis surgery training. Featuring anatomically accurate bony exostoses and integrated soft tissue, this model provides realistic tactile and haptic feedback for powered instrumentation, hammer-and-chisel techniques, and endoscopic visualisation. With colour-coded critical structures – including the facial nerve and chorda tympani – it reinforces procedural safety and nerve preservation, offering a modular, cost-effective, and repeatable training solution for residency programs and specialised otology workshops.
Otology
The Temporal Bone Ear Model is a high-fidelity otologic training platform designed for advanced temporal bone surgery, featuring a realistic external "flesh" ear for authentic anatomical orientation. This model provides ultra-realistic tactile and acoustic drilling feedback, supporting complex procedures such as mastoidectomy, cochlear implantation, and facial nerve decompression. With integrated features like fluid-filled structures for immediate feedback on surgical safety and a modular, cost-effective design, it offers a precise, repeatable, and ethical alternative to cadaveric specimens for residency programs and advanced surgical workshops.
Otology
The Temporal Bone Model 2-Year-Old is a high-precision synthetic otology model designed to replicate real surgical conditions. It features anatomically accurate structures, including the facial nerve, cochlea, and ossicles, allowing for hands-on training in procedures such as cochlear implantation, mastoidectomy, and ossiculoplasty. With lifelike bone texture, a self-draining system, and a patented removable tympanic membrane, this model enhances surgical precision and confidence.
Otology
The Temporal Bone Model 64-Year-Old is a high-fidelity surgical simulation tool designed for advanced otology and neurotology procedures, offering ultra-realistic anatomical detail and surgical feedback. Available in three configurations (MINI, MIDI, MAX), this model enables surgeons to practice procedures like cochlear implantation, mastoidectomy, and ossiculoplasty, with features such as realistic bone drilling feedback, a functional ossicular chain, and a hollow cochlea for implant simulations, ensuring a precise and repeatable training experience.