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ADA-308D Brain with Arteries 9 Parts: 9-Part vs 3-Part

15-10-2026

ADA MED SUPPLY LIMITED

ADA-308D vs a 3-Part Brain Model: Which One Belongs in Your Course

Short answer: ADA-308D is a life-size brain model, dissectible into nine numbered parts and mounted on a stand, whose specific purpose is stated on the product page: understanding the correlation of the brain's parts, with the cerebral hemisphere, brain stem and cerebellum as the external landmarks. The comparison that matters is against the simpler three-part brain models in the same catalogue. Choose by how many relationships you need to show — not by which model has more parts.

Key takeaways

  • Nine parts answers a relationship question. A three-part brain separates hemisphere, cerebellum and brainstem; a nine-part brain separates structures inside those blocks.
  • Life-size and number-keyed. Both are published, and both matter: size keeps spatial judgment honest, numbers make the parts nameable in class.
  • Supplied on a stand — it is a display and demonstration piece, not a component set.
  • Listed at USD 40.66 in the site's brain category, subject to order quantity.
  • Carton data is published (18 pcs per carton, 53 × 39 × 55 cm, 17 kg), which is unusual at this level and useful for landed-cost work.

Head-to-head: what each configuration is for

Criterion3-part brain modelADA-308D (9 parts)
Published separationThree blocks — typically hemisphere, cerebellum, brainstemNine numbered parts
Teaching objectiveThe overall concept of the brain and the relationships between its major divisionsUnderstanding the correlation of brain parts, with the same major divisions as the external frame
VesselsNot part of the configurationModelled as "brain with arteries"
Handling in classFast to reassemble; suits introductory sessionsMore parts to track; suits sessions where internal relationships are the objective
FootprintComparable18.5 × 14 × 13.5 cm, on a stand
Price signalLower tierUSD 40.66 listed, subject to order quantity

Published specifications (ADA-308D)

ItemPublished value
Product modelADA-308D
External featuresCerebral hemisphere, brain stem, cerebellum
DissectionInto 9 parts, life-size, with numbers
MountingOn stand
Size18.5 × 14 × 13.5 cm
Packing18 pcs/carton, 53 × 39 × 55 cm, 17 kg
MaterialPVC
PriceUSD 40.66 (listing), subject to order quantity

The decision rule, in one line

If your assessment asks a student to name structures, a three-part model is enough. If it asks a student to explain how structures sit relative to one another, you need the extra separation. The evidence for the physical model's role is about exactly this: spatial relationships. A randomised comparison found three-dimensional physical models outperformed two-dimensional computer presentations in anatomy learning [1], and a meta-analysis of comparative studies reached the same general conclusion for physical models in anatomy teaching [2]. Neither result says "more parts is better" — both say the physical object is doing work that a flat image cannot.

Applied to this choice: buy the nine-part model when the lesson is about correlation, and buy the three-part model when the lesson is about orientation. Buying nine parts for an orientation class adds handling time and no teaching value.

Where ADA-308D sits in the catalogue

The same Brain Models category shows the alternative configurations, so the comparison can be made inside one supplier:

Option in the same seriesPublished separation
ADA-308D Brain with Arteries9 parts, life-size, numbered, on stand, with cerebral vessels
ADA-304B New Style Brain Model9 parts
ADA-304A New Style Brain Model3 parts

If a department wants one demonstration model and one set of student models, the usual configuration is the higher-part model for demonstration and the lower-part model for bench work — the same teaching objective, two different jobs.

What the product page does not publish

Not stated on the pageWhy you need it
Painted or numbered by structure across all nine partsDetermines whether colour is used as an additional teaching cue.
Whether vessels are painted or modelled in reliefAffects how visible the arterial supply is in a lecture room.
Single-unit carton dimensions and gross weightThe page gives the multi-unit carton; single-unit data is needed for a small order.
Price at your order quantity and lead timeListed price is explicitly subject to order quantity.

Send these questions to adacpr@adaanatomy.com with the model number ADA-308D and your quantity, and we will answer each line and attach the current supply data.

FAQ

Q1. What is ADA-308D?
A life-size brain model with arteries, dissectible into nine numbered parts and mounted on a stand, showing the cerebral hemisphere, brain stem and cerebellum as external features.

Q2. What is the difference from a 3-part brain model?
A three-part model separates the major divisions. ADA-308D separates nine parts, so internal relationships between structures can be shown rather than only named.

Q3. What size is it, and what is the carton data?
Size 18.5 × 14 × 13.5 cm. Packing is published as 18 pcs per carton, 53 × 39 × 55 cm, 17 kg.

Q4. What is it made of?
PVC, per the product page.

Q5. Is the price published?
The site lists USD 40.66, subject to order quantity. Confirm the price for your volume before ordering.

Q6. How do I request the specification and a quotation?
Email adacpr@adaanatomy.com with the model (ADA-308D) and the detail you need — painting scheme, vessel modelling, single-unit carton data or price.

Request a quotation

Write to adacpr@adaanatomy.com for the ADA-308D specification sheet and a quotation. If you are deciding between the nine-part and three-part configurations, say so in the enquiry and ask for both prices at your volume — that is the only way to compare the two tiers on real numbers.

References

  1. The superiority of three-dimensional physical models to two-dimensional computer presentations in anatomy learning. Medical Education. 2018.
  2. The effectiveness of physical models in teaching anatomy: a meta-analysis of comparative studies. Advances in Health Sciences Education. 2016.