Transorbital Surgery Book
Temporal Bone (2-Year-Old)
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.
Temporal Bone (2-Year-Old)
Our synthetic 3D surgical Temporal Bone (2-Year-Old) model is expertly designed to closely replicate real surgical conditions, aiding in the refinement of surgical techniques in otology. This model provides a highly realistic experience, allowing surgeons to develop precision and confidence in their procedures.
The Temporal Bone (2-Year-Old) model is available in three variants:
MINI
- Focus: Tympanic Cavity anatomy
- Includes: Facial Nerve, Chorda Tympani, and Labyrinth
- Features: Pre-drilled access to the Round Window
MIDI
- Covers the complete Temporal Bone anatomy
- Ideal for those requiring a more comprehensive anatomical model
MAX
- Full representation of the Temporal Bone
- Designed for surgical procedures involving hearing loss implants, such as Cochlear Implants, Bone Bridge, and Vibrant Sound Bridge
- Includes a section of the Parietal Bone
Enhance your surgical training experience
For optimal use, we recommend adding the rotatable Mount to your purchase. This essential accessory secures the Temporal Bone (2-Year-Old) model, allowing you to adjust it to any angle – whether for anatomical study or surgical practice – enhancing the realism of your training.
Description
Procedures that can be practised:
- Modified radical mastoidectomy
- Posterior tympanotomy
- Subtotal petrosectomy
- Ossiculoplasty
- Cochlear implant placement
- Middle ear implant surgery
Key features:
- Realistic bone texture & air cell system – The cortical bone and mastoid air cell system closely mimic the tactile experience of human bone but are easier to drill. The model incorporates a self-draining system, minimising reliance on standard suction equipment.
- Simulated soft tissue feedback – The rupturable sigmoid sinus and dura mater replicate acoustic changes during surgery. A coloured fluid system simulates bleeding or cerebrospinal fluid leakage in case of improper surgical handling.
- Mobile ossicles – Designed for realistic ossiculoplasty simulations.
- Hollow cochlea for implantation – Allows for electrode insertion, facilitating cochlear implant training.
- Patented removable tympanic membrane – Enhances visibility of the tympanic cavity, improving spatial awareness during surgical approaches.
- Proprietary facial nerve monitoring system – Simulates real-time facial nerve monitoring, ensuring a lifelike surgical training experience.
| HARD BONE Temporal bone, including the following identifiable substructures: Squamous Mastoid Tympanic Petrous Mandibular fossa Zygomatic process Styloid processSOFT TISSUE Sigmoid sinus (BLUE) Tegmen tympani (PINK)MAIN OPENINGS Ear canal Tympanic cavity Eustachian tube OSSICULAR CHAIN LABYRINTH |
NERVES Facial nerve Chorda TympaniNERVE OPENINGS Greater superficial petrosal nerve canal Stylomastoid foramenTYMPANIC CAVITY LANDMARKS Promontory Oval window Round window Hypotympanum Pyramidal eminence Subpyramidal space Ponticulus Subiculum Cochlearformis process The cog Supratubal recess MASTOID LANDMARKS |
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