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Shoulder Joint with Ligament Model | INNORKOM
The Shoulder Joint with Ligament Model is a highly detailed, life-size anatomical representation of the human shoulder joint, designed to offer an in-depth view of its structure and function. The shoulder is one of the most mobile joints in the human body, allowing for a wide range of motion, including rotation, flexion, extension, abduction, and adduction. This model not only showcases the bones and muscles of the shoulder but also highlights the ligaments and tendons that provide stability and facilitate movement
5.0
Marca:
INNORKOM
Número de modelo:
INC-13J
Lugar de origen:
China
Pagos:
L/C, D/A, D/P, T/T, Western Union, Money Gram, OA
Tiempo de entrega:
1-1(pieces):9(days),>1(pieces):To be negotiated(days)
envío:
Support Express/Air freight/Sea freight
design customization
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Product Introduction
The Shoulder Joint with Ligament Model is an essential tool for studying the anatomy and function of the shoulder, particularly the role of ligaments in joint stability. Its detailed, life-size design makes it perfect for medical education, physical therapy, clinical use, and patient education, offering a comprehensive understanding of shoulder anatomy, movement, and rehabilitation.
Size: Life size
Material: Imported PVC and paint
Features
- Realistic Anatomical Design: The model accurately represents the humerus (upper arm bone), scapula (shoulder blade), clavicle (collarbone), as well as the shoulder joint's ligaments and tendons, providing a true-to-life depiction of the shoulder joint.
- Life-Size Representation: The model is life-sized, offering a realistic scale for educational and clinical study of shoulder anatomy.
- Detailed Ligament Structure: The model includes detailed representations of the ligaments and tendons that surround the shoulder joint, such as the rotator cuff muscles, glenohumeral ligaments, acromioclavicular ligaments, and other。
Benefits
- Comprehensive Learning: The life-size, highly detailed design allows for a thorough understanding of shoulder joint anatomy, focusing on both the skeletal structure and the crucial role of ligaments in joint movement and stability.
- Interactive Learning: With removable components and a rotatable base, users can engage in hands-on learning, improving their comprehension of the shoulder's anatomy and function.
- Clear Visual Aid: The color-coded ligaments, tendons, and muscles provide a clear visual aid to help users identify each anatomical structure and understand its role in shoulder joint movement.
Applications
- Medical Education: The Shoulder Joint with Ligament Model is a valuable tool for anatomy and medical students, providing them with a detailed study of shoulder joint anatomy.
- Clinical Use: Healthcare providers can use this model to explain shoulder-related injuries, surgical procedures, and rehabilitation exercises to patients, helping them visualize their diagnosis and treatment options.
- Physical Therapy: In physical therapy, this model is ideal for demonstrating exercises and rehabilitation techniques aimed at restoring shoulder mobility, strengthening muscles, and promoting healing after injury.
FAQ
1
Is the model suitable for medical education?
Yes, the Shoulder Joint with Ligament Model is perfect for anatomy students, medical professionals, and educators to study the shoulder’s bones, ligaments, muscles, and biomechanics.
2
Can the model demonstrate shoulder joint movements?
Yes, the model demonstrates a full range of shoulder movements, including flexion, extension, abduction, adduction, and rotation, showing how the joint moves during various activities.
3
Is the musculature and ligaments color-coded for easy identification?
Yes, the ligaments, muscles, and tendons are color-coded to facilitate easy identification and understanding of their functions.
4
What is the size of the model?
The model is life-sized, providing an accurate and realistic representation of the human shoulder joint.
5
How accurate is the model?
The Shoulder Joint with Ligament Model is anatomically precise, offering an accurate depiction of the shoulder’s bones, ligaments, muscles, and tendons.
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Correo electrónico: alisa@innocommed.com
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