BIX-A1062 Eye Model: Orbital Anatomy in Ten Removable Parts

Short answer: BIX-A1062 is an enlarged, ten-part model of the eyeball and eyelid that shows where the eye and optic nerve sit in the orbit — specifically against the orbital floor and the medial wall. The supplier lists it at US $48.62 and states ISO and CE certification. Package size and weight are not published.

Key takeaways

• It teaches position, not just shape. The stated teaching point is the relationship between the globe, the optic nerve and two orbital walls.
• Ten parts means layered access. Each removal exposes a different structure, which is what makes the model usable for stepwise explanation.
• Enlarged for a classroom. The model is magnified; the page does not state the exact magnification factor.
• Price is published. US $48.62 is a rare thing on these product pages and makes budget planning straightforward.
• Certification is stated. ISO and CE are claimed on the page.

The model at a glance

Item	Published detail
Model	BIX-A1062
Category	Medical Series → Anatomical Series → Eye Models
Construction	10 parts
Shows	Position of the eye and optic nerve in the orbit — orbital floor and medial wall
Scale	Enlarged (factor not stated)
Price	US $48.62
Certification	ISO and CE, as stated on the page
Package / weight	Not published

Why the orbital floor and medial wall matter

Structure	Clinical relevance for teaching
Orbital floor	The thin bone above the maxillary sinus; a common site of blow-out fracture, which is why its relationship to the globe is worth seeing in three dimensions.
Medial wall	Thin and adjacent to the ethmoid air cells; explains why medial-wall injury can involve the sinus and orbit together.
Optic nerve	Its position relative to the globe and the walls is the reference point for any discussion of compression or traction.
Eyelid layers	Ten-part construction allows the lid to be separated from the globe, so tissue planes can be shown rather than described.

A short teaching sequence

1. Whole model first. Students identify the globe, lids and the anterior opening before anything is removed.
2. Remove one part at a time. Name the structure exposed and its neighbour before the next removal.
3. Trace the optic nerve. Ask where it exits relative to the medial wall and floor — the spatial question the model exists to answer.
4. Rebuild it. Reassembly is the assessment; a student who can rebuild the orbit can describe it.

What the evidence says

Ocular anatomy is spatial, and the teaching literature keeps testing which format conveys space best. An experimental study found virtual reality enhanced ophthalmic anatomy learning with outcomes comparable to peer and expert facilitation, which sets a useful benchmark: a physical model has to justify itself against a digital alternative that is improving quickly [1]. A 2026 paper on the "Hand as Foot" method for ocular anatomy describes an embodied, gesture-based approach — evidence that the physical-spatial channel still carries teaching weight [2]. A student- and patient-centred evaluation of ocular and orbital anatomy videos shows how much of this learning now happens asynchronously, and where the gaps are [3].

The limitation: BIX-A1062 is an anatomical model. It does not reproduce orbital pathology, extraocular muscle movement or surgical approaches. Pair it with imaging and, where available, a wet or virtual dissection.

What the product page does not publish

Not stated on the page	Why it matters
Exact magnification factor	Decides whether the model can be used for measurement exercises or only for shape and position.
Material and finish	Affects durability in a shared teaching room.
Package size and weight	Needed for freight and storage, especially for multi-unit orders.
Number of units per carton	Changes the effective unit price for a department order.

Send those questions to chinoncpr@adaanatomy.com with the model number BIX-A1062 and the quantity you need, and we will confirm the magnification, carton data and the current price.

FAQ

Q1. How many parts does BIX-A1062 have?
Ten parts, as stated on the product page.

Q2. What does the model show?
The position of the eye and optic nerve in the eye socket, including the orbital floor and medial wall.

Q3. Is it life size?
No. It is an enlargement model; the page does not state the magnification factor.

Q4. What does it cost?
US $48.62, as published on the page.

Q5. Is it certified?
The page states ISO and CE certification.

Q6. Can I order multiple units for a class?
Yes. Email chinoncpr@adaanatomy.com with BIX-A1062 and the quantity, and ask for carton data and the price at that volume.

Request a quotation

Write to chinoncpr@adaanatomy.com for the BIX-A1062 specification sheet and a quantity quotation. If you are equipping an ophthalmology or anatomy lab, mention the other eye models you need in the same message — a 10-part orbital model, a single-globe model and a pathology set serve different parts of the same curriculum.

References

1. Virtual reality enhances ophthalmic anatomy learning: experimental evidence on comparable outcomes with peer and expert facilitators. BMC Medical Education. 2026.
2. The "Hand as Foot" teaching method for ocular anatomy: an embodied learning approach. Frontiers in Medicine. 2026.
3. Educational quality of ocular and orbital anatomy videos on YouTube: a student- and patient-centered evaluation. BMC Medical Education. 2026.