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BIX-A1026 Elbow Joint Model: Teaching Rotation
Henan BOMN supply chain management Co., LTD

Natural-size elbow joint model BIX-A1026 — elbow rotation and forearm movement on a plastic seat, 17 x 14.5 x 24 cm.

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BIX-A1026: The Elbow Model That Shows Rotation, Not Just a Hinge

Short answer: BIX-A1026 is a natural-size elbow joint model, 17 x 14.5 x 24 cm, mounted on a plastic seat. The product page states it shows the rotation of the elbow joint and the curvature and rotation of the forearm bones — the page's wording says "tibia", which is evidently a translation slip for the forearm. It displays US $14.74, the same figure as the knee listing, so confirm the price per model.

Key takeaways

  • Rotation is the lesson. The elbow is taught as a hinge; it is also the joint where forearm pronation and supination are read.
  • Natural size, 17 x 14.5 x 24 cm — close enough to life that landmarks transfer to a patient.
  • On a plastic seat, so it can be handled with both hands during demonstration.
  • Price shown is US $14.74, identical to another model in the series — verify before ordering.
  • Elbow anatomy is a frequent source of diagnostic error, which is why a manipulable model pays for itself [1][2][3].

The model at a glance

ItemPublished detail
ModelBIX-A1026
Product name on pageNatural Elbow Joint Model — Elbow & Radial Rotation Anatomy
Category pathMedical Series → Skeleton Series → Joint Models
ScaleNatural size
Dimensions17 x 14.5 x 24 cm
MountingPlaced on a plastic seat
Motion shownRotation of the elbow joint; curvature and rotation of the forearm bones
Displayed priceUS $14.74 — same as the knee listing; confirm per model

What students usually get wrong about the elbow

MisconceptionWhat the model lets you showWhat it cannot show
"The elbow only flexes and extends"Forearm rotation happening at the same joint complexMembrane tension between the two bones
"Pronation happens at the wrist"The forearm bones rotating as a unitIndividual muscle action
"Any elbow injury limits the same motion"Which plane of motion is lost by pointing at the articulationPain behaviour or clinical tests
"Landmarks are hard to find"Palpable-scale anatomy at 1:1Soft-tissue swelling

Why a 1:1 model beats a picture here

The elbow is a joint where the student's hand has to learn a shape. Radiographic interpretation depends on knowing the normal relationships well enough to notice a subtle displacement, and 2026 work in the Journal of Hand Surgery Asian-Pacific Volume examined whether contralateral elbow radiography improves diagnostic accuracy in paediatric elbow injury — a study that only makes sense if the reader already holds a three-dimensional model of the joint in mind [1]. The standard anatomical reference for the region describes the elbow as a compound joint with three articulations and a shared capsule, which is precisely the structure a single-axis mental model misses [2]. A Sports Biomechanics study on wrist height at lead-foot contact and its effect on shoulder and elbow moments shows the same joint behaving as part of a kinetic chain [3].

Use the model to establish the shape, then move to images and then to the patient. The order matters: image first, model never, is how misconceptions harden.

Classroom sequence

StepActivityTime
1. LandmarkFind the three articulations by touch on the model before naming them.5 min
2. MotionDemonstrate flexion, extension and forearm rotation; a partner names each as it happens.8 min
3. TransferRepeat the same three motions on a partner's arm, with consent, and compare feel.7 min
4. TestInstructor moves the model behind a screen; students name the motion from the sound and description only.5 min

What the product page does not publish

Not stated on the pageWhy it matters
Confirmed unit priceThe displayed figure matches another SKU; confirm before ordering.
MaterialAffects durability and cleaning.
Ligament representationDecides whether you can teach valgus and varus restraint.
WeightNeeded for freight on class sets.
Range-of-motion stopsNatural limits protect the model when students push.

Email cprmodel@adaanatomy.com with model BIX-A1026 and the number of benches you teach at; the reply can cover material, ligament detail and a confirmed price.

FAQ

Q1. What is BIX-A1026?
A natural-size elbow joint model, 17 x 14.5 x 24 cm on a plastic seat, showing elbow rotation and forearm movement.

Q2. Is it life-size?
It is described as natural size; the published dimensions are 17 x 14.5 x 24 cm.

Q3. What motion does it demonstrate?
Rotation of the elbow joint and the curvature and rotation of the forearm bones.

Q4. Why does the page mention the tibia?
That is a translation error in the product text; the model is an elbow, and the bone referred to is a forearm bone.

Q5. Is a price published?
The page displays US $14.74, but the same figure appears on the knee model page. Confirm the price for BIX-A1026 specifically.

Q6. How do I order?
Email cprmodel@adaanatomy.com with model BIX-A1026, quantity and delivery city.

Request a quotation

Write to cprmodel@adaanatomy.com for the BIX-A1026 material specification, weight and confirmed price. If you also teach the shoulder or wrist, mention it — the same joint series shares a base design, which keeps a skills bench tidy.

→ Product page: BIX-A1026 Natural Elbow Joint Model — full specification, packing data and a quotation request form.

References

  1. Does Contralateral Elbow Radiography Improve Diagnostic Accuracy of Paediatric Elbow Injury?. Journal of Hand Surgery Asian-Pacific Volume. 2026.
  2. Anatomy, Shoulder and Upper Limb, Elbow Joint. StatPearls. 2025.
  3. The effects of wrist height at lead foot contact on shoulder and elbow joint moments. Sports Biomechanics. 2026.
  • Phone:+86 13383897707  Tel:+86-0379-65160607  Email:cprmodel@adaanatomy.com
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