ADA-304B: What Nine Detachable Parts Let You Teach That Three Cannot

Short answer: ADA-304B is a life-size brain model that dissects into nine parts and sits on a stand. The product page publishes the external features it demonstrates — cerebral hemisphere, brain stem and cerebellum — its dimensions (18.5 x 14 x 13.5 cm) and a reference unit price of US $32.42, subject to order quantity. It does not publish a part-by-part list, the material, or the weight, so the nine-part claim should be confirmed in writing before a bulk order.

Key takeaways

• The segmentation is the product. Nine parts change what a student can be asked to do, not just what they can see.
• Life-size at 18.5 x 14 x 13.5 cm — small enough for a desk, which matters for study groups.
• Reference price US $32.42 is explicitly quantity-dependent; treat it as a band, not a quote.
• Stand included, so the model can be demonstrated without being held.
• Physical models still outperform images for spatial recall, and low-cost printed alternatives are being studied for exactly that reason [1][2][3].

The model at a glance

Three parts versus nine: what changes in the classroom

The point is not that more parts are always better. It is that segmentation sets the ceiling on the questions you can ask. A three-part brain supports a lecture; a nine-part brain supports an assessment.

Where physical models still earn their place

Neuroanatomy teaching has been moving toward digital and printed alternatives, and the evidence is worth reading before you buy either. A 2026 study in the Journal of Educational Evaluation for Health Professions implemented low-cost 3D-printed brain colouring activities in neuroanatomy teaching — the intervention was cheap, physical and active [1]. A second paper in Anatomical Sciences Education described next-generation open-access visualisation of neuroanatomy through 3D modelling [2]. A third, in Annals of Anatomy, analysed how teaching anatomy in a clinical context affects dental students [3]. All three treat the physical or spatial object as the variable that matters — which is the argument for a desk-sized model rather than a slide.

Practically: a 9-part model at 18.5 cm fits on a seminar table, can be passed around, and can be reassembled incorrectly — which is the moment teaching happens.

Purchase notes before you order in volume

Send those five lines to ada-manikin@adaanatomy.com with model ADA-304B and your student numbers, and the reply can cover the part list and the volume price together.

FAQ

Q1. What is ADA-304B?
A life-size human brain anatomy model that dissects into nine parts, mounted on a stand, in the Anatomical Series → Brain Models category.

Q2. How big is it?
18.5 x 14 x 13.5 cm, life-size.

Q3. What does it show?
The page names the cerebral hemisphere, brain stem and cerebellum as the external features demonstrated, and states the model is intended for understanding the correlation of brain parts.

Q4. Is the price fixed?
No. US $32.42 is published as a reference unit price, explicitly subject to order quantity.

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

Q6. How do I order or get a volume price?
Email ada-manikin@adaanatomy.com with model ADA-304B, quantity and destination.

Request a quotation

Write to ada-manikin@adaanatomy.com for the nine-part breakdown, the material specification and a volume quotation on ADA-304B. If you teach both neuroanatomy and head-and-neck anatomy, mention it — the same series carries skull-and-brain combinations that share a stand design.

References

1. Implementing low-cost 3D-printed brain coloring activities in neuroanatomy teaching. Journal of Educational Evaluation for Health Professions. 2026.
2. Next generation open access visualization of neuroanatomy through 3D modeling. Anatomical Sciences Education. 2026.
3. Teaching anatomy in a clinical context in dental education. Annals of Anatomy. 2026.