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The IBEX SCIENCES Hand Joint Anatomical Skeleton Model is a medical-grade, 1:1 life-size replica designed to demonstrate the intricate structural mechanics of the human hand bones and wrist joints. It is available as a standalone desktop model mounted on a sturdy base, or fully integrated within their full-arm Upper Limb Skeleton Model. [1, 2, 3, 4, 5]
Detailed Anatomy & Bone Groups Represented
- Carpal Bones (Wrist): Accurately replicates the 8 small, distinct bones arranged in two anatomical rows (scaphoid, lunate, triquetrum, pisiform, trapezium, trapezoid, capitate, and hamate) to show how they interface with the forearm.
- Metacarpal Bones (Palm): Displays the 5 elongated bones that structure the palm, complete with distinct bases, shafts, and heads.
- Phalanges (Fingers): Represents the 14 individual finger bones, illustrating the exact breakdown of proximal, middle, and distal phalanges across the fingers, alongside the two-part structure of the thumb.
Technical & Design Specifications
- Wire-Mounted Articulation: The bones are bound together securely with flexible orthopedic wire, allowing educators and students to safely showcase limited natural flexions, extensions, and finger splaying. [1, 2]
- Flexible Artificial Ligaments: Features simulated connective tissue across the joint areas to help demonstrate realistic joint tracking and structural containment during physical movement. [1]
- Medical Grade PVC Mold: Cast from genuine adult human specimins using a solid, non-broken, eco-friendly PVC material that effectively highlights subtle textures and grooves. [1]
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