SHOULDER JOINT XC109

Description

The XC-109 Shoulder Joint Model is a life-size, movable anatomical replica designed for the detailed study of the human shoulder girdle. This model illustrates the complex relationship between the bones and ligaments that facilitate the most mobile joint in the human body, making it an essential tool for orthopedists, physical therapists, and sports medicine professionals.

Key Product Features

• Life-Size Realism: A 1:1 scale model of the human right shoulder, providing an accurate representation of the humerus (upper arm bone), scapula (shoulder blade), and clavicle (collarbone).

• Functional Articulation: Built with flexible, artificial ligaments that allow for a full range of physiological movements, including abduction, adduction, anteversion, retroversion, and internal/external rotation.

• Tendon & Ligament Detail: Features realistic representations of the coracoacromial ligament, coracohumeral ligament, and the transverse humeral ligament to demonstrate joint stability.

• Anatomical Landmarks: Clearly showcases the acromion, coracoid process, and the glenohumeral joint cavity for precise anatomical identification.

• Durable Construction: Manufactured from high-grade, washable PVC that mimics the density and texture of real bone, while the “ligaments” are made of high-quality elastic for long-term flexibility.

• Stable Mounting: Comes securely mounted on a professional white base, allowing it to be easily displayed on a desk or passed around during a lecture.

Technical Specifications

XC-109 Functional Shoulder Joint Model – Life-Size Anatomical Replica

The XC-109 Shoulder Joint Model is a life-size, movable anatomical replica designed for the detailed study of the human shoulder girdle. This model illustrates the complex relationship between the bones and ligaments that facilitate the most mobile joint in the human body, making it an essential tool for orthopedists, physical therapists, and sports medicine professionals.

Key Product Features

• Life-Size Realism: A 1:1 scale model of the human right shoulder, providing an accurate representation of the humerus (upper arm bone), scapula (shoulder blade), and clavicle (collarbone).

• Functional Articulation: Built with flexible, artificial ligaments that allow for a full range of physiological movements, including abduction, adduction, anteversion, retroversion, and internal/external rotation.

• Tendon & Ligament Detail: Features realistic representations of the coracoacromial ligament, coracohumeral ligament, and the transverse humeral ligament to demonstrate joint stability.

• Anatomical Landmarks: Clearly showcases the acromion, coracoid process, and the glenohumeral joint cavity for precise anatomical identification.

• Durable Construction: Manufactured from high-grade, washable PVC that mimics the density and texture of real bone, while the “ligaments” are made of high-quality elastic for long-term flexibility.

• Stable Mounting: Comes securely mounted on a professional white base, allowing it to be easily displayed on a desk or passed around during a lecture.

Technical Specifications

Professional Applications

• Orthopedic Clinics: An indispensable visual for explaining rotator cuff tears, shoulder impingement, or dislocations to patients.

• Physical & Occupational Therapy: Ideal for demonstrating proper rehabilitation exercises and joint mechanics to patients recovering from surgery.

• Sports Medicine: Useful for athletes to understand the mechanics of throwing or overhead motions and how to prevent common injuries.

• Medical & Nursing Students: Provides a tactile way to study the complex “ball and socket” mechanics of the glenohumeral joint.

Why Choose the XC-109?

The XC-109 Shoulder Joint is engineered for movement. Unlike static models, its flexible ligaments allow you to physically demonstrate how the shoulder moves and where it is most vulnerable to injury. Whether you are prepping for a medical exam or conducting a patient consultation, this model offers the clarity and durability required for professional use.