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BIX-A1028 Foot Model: Buying Ligament Realism
Henan BOMN supply chain management Co., LTD

Natural-size foot model BIX-A1028 — flexible artificial ligament, PVC, plastic base; for ankle and foot anatomy teaching.

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BIX-A1028: Specifying a Foot Model Where the Ligament Is the Point

Short answer: BIX-A1028 is a natural-size foot joint model made of PVC, mounted on a plastic base, that shows foot anatomy and a range of foot functions and includes a flexible artificial ligament. The page publishes US $16.20. It does not publish dimensions, weight, carton quantity or which ligaments are represented — and for a ligament model, that last omission is the one to close before ordering.

Key takeaways

  • One published price: US $16.20, which makes a class-set budget easy to draft.
  • The ligament is flexible, so restraint can be demonstrated rather than described.
  • Natural size on a base — stable enough for a bench demonstration, small enough to store.
  • Which ligaments? Not stated. Ask for the list; "ligament" is not a specification.
  • Ankle instability teaching is ligament-specific, and the surgical literature is organised around individual ligaments [1][2][3].

The model at a glance

ItemPublished detail
ModelBIX-A1028
Product name on pageNatural Size Foot Joint Model with Ligament
Category pathMedical Series → Skeleton Series → Joint Models
ScaleNatural size
MaterialPVC
LigamentFlexible artificial ligament included
MountingPlastic base
PriceUS $16.20 (published)

From published claim to purchase specification

What the page saysWhat a buyer should specifyWhy
"Shows the anatomy of the foot"Bone count and whether the midfoot and hindfoot are separableDecides whether you can teach the Chopart and Lisfranc lines
"Shows a variety of foot functions"Which motions are demonstrable: dorsiflexion, plantarflexion, inversion, eversion"Functions" is not a measurable claim
"Contains a flexible artificial ligament"Named ligaments and whether they are replaceableLateral ankle instability is taught ligament by ligament
"Made of PVC"Surface finish and cleaning methodShared lab models are cleaned often
"Placed on plastic base"Base footprint and whether the model detachesDetachable models are easier to pass around
US $16.20Price at 10, 50, 100 units; carton quantityClass sets are bought in tens, not units

Why ligament representation changes the teaching

A foot model without ligaments teaches bones; a foot model with a flexible ligament teaches restraint. That distinction is the whole argument for paying attention to this SKU rather than a plain skeletal foot.

The clinical literature is organised around named structures, which is the best guide to what a model should show. A 2026 study in the Orthopaedic Journal of Sports Medicine reported midterm outcomes after suture-button fixation for an arthroscopically confirmed ankle syndesmotic injury — a procedure defined by which ligament complex failed [1]. A 2026 trial in the Journal of Orthopaedic Surgery and Research compared internal-brace augmentation with the modified Broström-Gould procedure for chronic ankle instability, the classic lateral ligament repair [2]. A review in BMJ Simulation & Technology Enhanced Learning examined 3D-printing materials for medical education, which is the alternative route if you need a specific ligament geometry rather than a general foot [3].

None of these papers is about models. All of them tell you what the model must be able to label, because that is the vocabulary your learners will meet in clinic.

Procurement checklist

Item to confirmStatus on page
Unit pricePublished: US $16.20
Volume price and MOQNot published
Dimensions and weightNot published
Carton quantityNot published
Named ligaments and replaceabilityNot published
Lead timeNot published

Send the checklist to cprmodel@adaanatomy.com with model BIX-A1028 and your target quantity, and ask for the ligament list by name. It is the one answer that decides whether this model suits an orthopaedic course or only a general anatomy class.

How to use it in an ankle station

  1. Name the bones (5 min). Identify talus, calcaneus, navicular, cuboid and the metatarsals on the model.
  2. Demonstrate restraint (8 min). Move the foot into inversion and ask what the ligament is doing; repeat in eversion.
  3. Correlate (7 min). Match the motion to the injury mechanism your syllabus lists, and state which structure is at risk.
  4. Test (5 min). Instructor moves the model; students name the motion and the structure under load.

FAQ

Q1. What is BIX-A1028?
A natural-size foot joint model in PVC, on a plastic base, showing foot anatomy and foot functions, with a flexible artificial ligament.

Q2. How much does it cost?
The page publishes US $16.20 per unit. Volume pricing is not published.

Q3. Which ligaments are included?
The page states only that a flexible artificial ligament is contained. Ask for the named list before ordering.

Q4. Is it life-size?
Yes, it is described as natural size.

Q5. Can it be used for podiatry teaching?
Yes, for anatomy and motion demonstration. It is not a weight-bearing or gait simulator.

Q6. How do I order a class set?
Email cprmodel@adaanatomy.com with model BIX-A1028, the quantity, and your delivery city.

Request a quotation

Write to cprmodel@adaanatomy.com for the BIX-A1028 ligament list, dimensions, carton quantity and a class-set quotation. If your course covers the knee and ankle together, say so — the same joint series shares a base, and buying them as a set usually simplifies storage.

→ Product page: BIX-A1028 Natural Size Foot Joint Model with Ligament — full specification, packing data and a quotation request form.

References

  1. Midterm Outcomes After Suture Button Fixation for Arthroscopically Confirmed Ankle Syndesmotic Injury. Orthopaedic Journal of Sports Medicine. 2026.
  2. Internal brace augmentation versus modified Brostrom-Gould procedure for chronic ankle instability. Journal of Orthopaedic Surgery and Research. 2026.
  3. 3D printing materials and their use in medical education: a review of current technology. BMJ Simulation & Technology Enhanced Learning. 2018.
  • Phone:+86 13383897707  Tel:+86-0379-65160607  Email:cprmodel@adaanatomy.com
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