ConXport Palm Anatomy Model 3D with Muscles Tendons Nerves & Blood Vessels for Medical Teaching

Brand: CONXPORT

ConXport Palm Anatomy Model 3D with Muscles Tendons Nerves & Blood Vessels for Medical Teaching

Name: ConXport Palm Anatomy Model 3D with Muscles Tendons Nerves & Blood Vessels for Medical Teaching
Brand: CONXPORT
SKU: TI-CP-83698
Price: 10184 INR
Availability: InStock
Rating: 5.00 (1 reviews)

SKU: TI-CP-83698

MRP : ₹10499 ₹10184

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MRP : ₹10499

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3D palm anatomy hand model showing muscles, nerves, tendons, blood vessels
Flat rectangular display base mounted

Lab teaching Aid for medical colleges and institutions

Country of origin: India

Brand: CONXPORT

Product Type: Human Hand Palm Anatomy Model
Dimension Structure: 3D Anatomical Teaching Model
Anatomical Details: Muscles, Tendons, Ligaments, Nerves, Blood Vessels, Bones
Mounting: Mounted on a flat rectangular display base
Color Coding: Multi-color detailed visual distinction

The Conxport Palm Anatomy Model is a 3D medical teaching model engineered for accurate anatomical demonstration and education. Designed specifically for biology laboratories, medical colleges, and nursing schools, this model details the intricate structures of the human hand palm, including muscles, tendons, ligaments, nerves, blood vessels, and underlying bones. It provides visual clarity for clinical education, rehabilitation training, patient education, and examination preparation.

Features

Anatomical representation showing the muscles, tendons, ligaments, nerves, blood vessels, and bones of the human palm.
Designed with 3D anatomical structures for clear, realistic visual demonstration.
Mounted on a sturdy base for desktop display and hands-on laboratory use.
Color-coded detailing to clearly differentiate muscles, tendons, ligaments, and vessels.
Compact, life-sized proportions ideal for medical demonstration and self-study.

Applications

Demonstrating anatomical structures in medical college classrooms and biology laboratories.
Teaching hand muscular and vascular anatomy in nursing schools and health institutes.
Explaining musculoskeletal structures in physiotherapy and occupational therapy education.
Demonstrating clinical concepts and treatment plans during patient education in hospitals.
Utilizing as a visual reference tool for self-study, practical exams, and rehabilitation training.