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Medilab Exports Consortium   →  Products   →  Biology Models & Slides   →  Anatomical Model

Anatomical Model

 

Biology Models MEDILABAnatomical Models find their suitable role in the study and explanation of the human body’s anatomical structure and functions. These include models like a skeleton, skulls, organ models, Digestive System, Respiratory System, Muscular Models and more.

MEDILAB has specialized over the years in the manufacturing of anatomical models which are designed accurately and skillfully manufactured to meet the educational requirements and anatomical accuracy. MEDILAB also offers these models in different budget ranges to meet basic teaching to detailed models for advanced learning.

OUR COMPLETE RANGE OF BIOLOGY MODELS CAN BE DOWNLOADED AT (click the links below):

ANATOMICAL MODELS – MEDILAB

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Biology anatomical models are three-dimensional representations of the human body or body parts, used to teach anatomy, physiology, and related subjects. They are typically made of materials such as plastic, resin, or silicone and can range from simple models of individual organs to complex, full-body models.

Advantages of Biology Anatomical Models:

  1. Aid in visualizing and understanding complex anatomy
  2. Can be used to demonstrate procedures and surgeries
  3. Durable and long-lasting
  4. Can be disassembled for closer inspection
  5. Can be used for both educational and research purposes

Types of Biology Anatomical Models:

  1. Skeletal models
  2. Muscular models
  3. Organ models
  4. Torso models
  5. Brain models
  6. Heart models
  7. Eye models
  8. Foot and hand models

Biology anatomical models are commonly used in medical and healthcare education, as well as in research and development. They are available in a variety of sizes and levels of detail to accommodate different learning and research needs. When selecting a biology anatomical model, it is important to consider factors such as the intended use, the level of detail required, and the materials used to ensure that the model is durable and accurately represents the anatomy.

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