Shoulder Joint Anatomy Model With Ligaments

Shoulder Joint with Ligaments – Professional Anatomy Model

Professional Overview

The Shoulder Joint with Ligaments Model is a precision-crafted anatomical teaching tool designed for clinical educators, rehabilitation practitioners, and training environments that demand high anatomical accuracy. Built to support structured learning, it provides a reliable representation of the shoulder’s osseous and ligamentous architecture.

Key Technical Features & Specifications

• Bones cast from original human specimens to ensure proportional accuracy
• Includes partial humerus, full scapula, and full clavicle
• Flexible, durable ligament structures designed to retain shape over long-term use
• Mounted on a stable stand; model is fully removable for close analysis
• Dimensions: 7.5 × 6.3 × 7.1 inches
• Approximate weight: 1.5 lbs
• Manufactured in Germany with medical-grade craftsmanship

Clinical and Educational Applications

• Ideal for physiotherapy, massage therapy, kinesiology, and sports-rehab instruction
• Useful for demonstrating joint mechanics, movement pathways, and structural relationships
• Supports patient consultations by illustrating functional anatomy in an accessible format
• Suitable for certification programs, anatomy courses, and professional development workshops

Why Professionals Choose This Model

This model provides a high-fidelity representation of the shoulder complex, enabling practitioners to deliver clearer explanations during assessments and training. Its long-lasting materials perform reliably under repeated handling, offering a strong return on investment for clinics, teaching labs, and rehabilitation centres. The removable design supports efficient instruction by allowing educators to reposition the joint for multi-angle demonstrations without interrupting workflow.

Compliance & Care Instructions

• Wipe clean with a mild, non-abrasive solution to maintain material longevity
• Avoid prolonged exposure to direct sunlight to preserve ligament clarity
• Designed for educational and demonstrative use; not intended for diagnostic procedures

A dependable resource for professionals who require anatomical accuracy and durable construction to support high-quality education and clinical communication.