Home » Shop » hot sale » Fabrication Enterprises – 3B Scientific – Z13961 – 4 Part Brain Model 1.98 Lbs.

Fabrication Enterprises – 3B Scientific – Z13961 – 4 Part Brain Model 1.98 Lbs.

Original price was: $346.87.Current price is: $225.57.

Sale!
SKU: 1042662EA-MKC-EA-RO-L Category:

Product Specifications

Below are the key product attributes and specifications that provide detailed information about this item:

Brand: 3b ScientificSold By: EachApplication: 4 Part Brain ModelWHSXX: MCKProduct Dimensions: 5.5 x 5.5 x 6.9 inches

Product Overview

Fabrication Enterprises – Z13961 – 4 Part Brain Model

The Fabrication Enterprises 4-Part Brain Model is a highly detailed anatomical replica designed for educational and professional use. This model accurately represents the human brain’s structure, making it an excellent tool for students, educators, and medical professionals.

Features:
– Four-Part Design: The brain model is divided into four removable sections, including the frontal and parietal lobes, temporal and occipital lobes, brain stem, and cerebellum, allowing for in-depth study.
– Realistic Detailing: Features color-coded regions to distinguish different brain structures, enhancing learning and identification.
– Durable Construction: Made from high-quality materials for long-lasting use in classrooms, labs, or medical offices.
– Lightweight: Weighing just 1.98 lbs, the model is easy to handle and transport.

Specifications:
– Brand: 3B Scientific
– Model Number: Z13961
– Weight: 1.98 lbs
– Dimensions: Approximately 6.3 x 5.5 x 5.9 inches
– Material: Non-toxic, durable synthetic material

Use Suggestion:
This brain model is ideal for teaching neuroanatomy, demonstrating brain functions, or studying neurological disorders. It can be used in schools, universities, or medical training facilities to enhance hands-on learning. The removable parts allow for interactive exploration of brain structures, making complex concepts easier to understand.

Perfect for educators, students, and healthcare professionals seeking a reliable and detailed anatomical model.