DRIVING INNOVATION AND REAL-WORLD SURGICAL APPLICATION
Anatomex 3D specialises in high-fidelity 3D surgical simulation and medical models, enhancing surgical training and education across multiple disciplines, including rhinology, skull base surgery, transorbital endoscopy, neurosurgery, otology, laryngology and aesthetics.
Engineered in collaboration with leading surgeons, our anatomically precise models provide an unparalleled opportunity to practice complex procedures in cadaver-free environments, fostering confidence and precision.
Anatomex 3D models, which are manufactured to order, are perfect for doctors, surgeons, training institutions and medical equipment suppliers.
Transorbital Model
Designed for Transorbital Neuroendoscopic Surgery (TONES) training, the Anatomex 3D Transorbital Surgical Model includes removable orbits with accurate soft tissue and bone structures. Practice complex approaches, including access to the middle cranial fossa, cavernous sinus and Meckel’s cave, as well as orbital surgery and defect repairs, with an adjustable base for realistic positioning.
Bookface Sinus Model
Designed to provide anatomically correct detail of the frontal, ethmoid, maxillary, and sphenoid sinuses. This life-size model features a unique ‘sliced’ design that allows it to open, offering a clear, multi-angled view of all the sinuses. The nasal septum has been covered by mucosa on one side to explain septoplasty surgery to patients and the sinus structures are coloured for easy identification.
Airway Model
The Airway Model is a high-fidelity model for teaching and demonstrating rigid, suspension, and flexible bronchoscopy. It replicates varying levels of tracheal stenosis, allowing realistic practice in balloon dilation and airway management through laryngoscopy, bronchoscopy, or LMA access. Perfect for medical schools and simulation centres requiring accurate airway anatomy.
Exostosis Model
The Exostosis Model is a high-fidelity simulation platform engineered for drill-based canalplasty and exostosis surgery training. It features anatomically accurate bony exostoses and integrated soft tissue, providing realistic haptic feedback for powered instrumentation and nerve preservation. Perfect for specialized otology courses and device demonstrations focusing on safe bone removal and endoscopic visualization.
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Temporal Bone Ear Model
This model is a high-fidelity otologic platform for advanced surgery, featuring a realistic external “flesh” ear for authentic orientation. It replicates intricate middle ear and mastoid structures, allowing realistic practice in mastoidectomy, cochlear implantation, and facial nerve decompression. Ideal for residency programs and workshops requiring ultra-realistic tactile feedback and precise anatomical landmarks.
Temporal Bone Model (64-Year-Old)
A surgical simulation tool designed for advanced otology and neurotology procedures, offering ultra-realistic anatomical detail and surgical feedback. Practice cochlear implantation, mastoidectomy and ossiculoplasty with features such as realistic bone drilling feedback, a functional ossicular chain and a hollow cochlea for implant simulations. This model offers a precise and repeatable training experience.
Temporal Bone Model (2-Year-Old)
A high-precision otology surgical simulation model designed to replicate real surgical conditions. Features anatomically accurate structures, including facial nerve, cochlea and ossicles. Practise procedures such as cochlear implants, mastoidectomy and ossiculoplasty. Enhance surgical precision and confidence with lifelike bone texture, a self-draining system and patented removable tympanic membrane.
Midface Model
A highly realistic modular platform for endonasal surgical training, featuring removable cartridges that replicate nasal sinus anatomy essential for Functional Endoscopic Sinus Surgery (FESS). Designed for cost-effective, pathology-specific practice, this model allows surgeons to refine their skills with versatile, replaceable cartridges, ensuring continuous, comprehensive and cost-effective training.
Ophthalmic Model
Practice advanced eye procedures such as glaucoma surgery, implant placement, and fenestration with ease.
Orbital Retractors
A set of stainless steel retractors in three sizes. Perfect for use during surgical simulation using our Transorbital Model.
Anatomex 3D News & Articles
Anatomex 3D at ENT SASLHA Congress 2025
Anatomex 3D Debuts Range of Models at the 2025 ENT SASLHA Congress The annual ENT [...]
07
Nov
Nov
Transorbital Course Highlights – The Royal College of Surgeons of Edinburgh
Transorbital course highlights – Anatomex3D Transorbital Model unveiled at The Royal College of Surgeons of [...]
14
Aug
Aug
Endoscopic Orbital and Skullbase Workshop 2025 – Sydney Australia
Endoscopic Orbital and Skullbase Workshop 2025 Showcases Next-Gen Surgical Simulation in Sydney On 26–27 March [...]
12
Jul
Jul
Sydney’s Expert Skullbase Workshop: Advanced Techniques
Sydney’s Expert Skullbase Workshop: Advanced Techniques Sydney’s expert skullbase workshop – the Endoscopic Orbital & [...]
26
Mar
Mar
Our first video is live! Exploring the Anatomex Transorbital Surgical Simulation Model
Our first video is live! Exploring the Anatomex Transorbital Surgical Simulation Model with Professor Darlene [...]
25
Mar
Mar
Anatomex 3D model giveaway to the best surgeons of the day
Anatomex 3D model giveaway: Dr Sarel van Staden (left frame) and Dr Lungi Sigonya (right [...]
23
Mar
Mar
Videos
INNOVATION
Innovation is at the core of our models. Each one is meticulously designed and created to maximize surgical training opportunities and enhance patient education.
EXPERT COLLABORATION
Developed in partnership with leading surgeons, our models are anatomically precise and tailored for real-world surgical applications.
SUPERIOR DETAIL
Crafted with only high-quality materials and cutting-edge technology, our models include unparalleled detail and in select cases, realistic tactile feedback.