4FIZJO 3D Anatomical Model of the Human Shoulder Joint with Ligaments

Are you looking for a practical and detailed anatomical shoulder joint model? This 1:1 life-size replica from 4FIZJO, complete with ligaments, accurately represents the anatomical structure of the shoulder, making it an excellent educational tool for professionals and students alike.

This shoulder model is ideal for medical offices, physiotherapy clinics, orthopedic centers, and university classrooms. It also serves as a valuable visual aid for science classes in schools. A functional model of the shoulder joint with its ligaments is an indispensable teaching resource for easily understanding the human skeletal system.

A Functional Model for Anatomy Studies

The shoulder joint model is a high-quality educational tool for studying human anatomy. To learn more about its features, please review the specifications below.

Specifications:

• Color: Natural bone white
• Scale: 1:1 (life-size)
• Total Height: 24 cm
• Base Dimensions: 18.8 × 11.7 × 1.6 cm
• Material: PVC plastic
• Included: Comes with a display stand

Life-Size Anatomical Shoulder Joint Model

This life-size model of the human shoulder is widely used in both school and academic settings. It can also serve as a visual aid in medical, physiotherapy, and orthopedic practices. The model helps doctors and therapists demonstrate and discuss health-related issues during patient consultations, and it aids in understanding what happens to bones and ligaments during injuries.

What Structures Does the 4FIZJO Shoulder Model Include?

This functional anatomical model accurately displays the structure of the shoulder joint, including its key components and ligaments. It is crafted from durable and lightweight materials. The model is static, with no capacity for additional movement or rotation. The shoulder model consists of:

• Scapula
• Head of the humerus
• Humerus
• Clavicle
• Acromion
• Shoulder joint ligaments

Furthermore, this shoulder joint model with ligaments is mounted on a base, which facilitates presentation during lectures and ensures stable placement.