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What are the Features of Soft Silicone Anatomical Models?

Date: Mar 03,2026     View:
We all know that human anatomy is a crucial course in medical school. Medical students typically need to touch anatomical specimens and models to deepen their understanding of human anatomy. While medical students generally have a fear of touching anatomical specimens, they are less afraid of and more accepting of anatomical models.
 
soft silicone anatomical model
The materials used for anatomical specimens are mostly environmentally friendly soft silicone rubber and environmentally friendly paint. They are molded from stainless steel using high-temperature injection molding. Compared to ordinary anatomical models, they offer advantages such as accurate anatomical landmarks, lifelike shape, beautiful appearance, durability, non-toxicity, odorlessness, resistance to deformation after disinfection and cleaning, and easy disassembly and replacement.
 
In traditional teaching models, the teacher stands and lectures throughout the lesson. Due to the large number of students, it's impossible to provide each student with a physical anatomical model, making teacher-student interaction difficult and resulting in less effective teaching. The human anatomical models are made of soft silicone and come with high-resolution photos and 3D scans, along with QR code labels. These models digitize the physical anatomical structures, and each product features 360-degree rotation, flipping, translation, zooming, and dragging capabilities. Operation is smooth, and they support use on computers and mobile devices, allowing for a complementary blend of real and virtual learning and significantly enhancing teaching effectiveness.

foot anatomical model
 
Meiwo soft silicone anatomical models offer a variety of series, including:
 
Systemic Anatomy: Soft silicone models of organs such as the heart, kidneys, digestive system, and nervous system.
 
Regional Anatomy: Detailed structural models of upper limb muscles, hand muscles, and head and neck blood vessels and nerves.
 
Reproductive System: High-fidelity models of the male and female urogenital systems, suitable for clinical skills training.
 
Animal Anatomy: Suitable for teaching and research in agricultural and animal husbandry colleges.
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