ConXport Flexible Functional Anatomical Human Elbow Joint Flexible Ligaments Motion Demonstration Lab Education

Brand: CONXPORT

ConXport Flexible Functional Anatomical Human Elbow Joint Flexible Ligaments Motion Demonstration Lab Education

Name: ConXport Flexible Functional Anatomical Human Elbow Joint Flexible Ligaments Motion Demonstration Lab Education
Brand: CONXPORT
SKU: TB-CO-83047
Price: 2134 INR
Availability: InStock
Rating: 5.00 (1 reviews)

SKU: TB-CO-83047

MRP : ₹2774 ₹2134

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MRP : ₹2774

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Functional elbow model
Demonstrates full joint movement
Features flexible functional ligaments
Ideal for lab training

Country of origin: India

Brand: CONXPORT

Material: High-grade PVC plastic with flexible synthetic ligaments
Scale: Life-size (1:1 full scale)
Key Articulations: Humeroradial, humeroulnar, and proximal radioulnar joints
Mounting: Detachable base stand

The ConXport Flexible Functional Anatomical Human Elbow Joint is an anatomically precise, life-size replica designed for professional medical and biological laboratory education. Crafted from high-grade PVC material, this educational tool clearly depicts the complete distal humerus, proximal radius, proximal ulna, articular surfaces, and flexible synthetic ligaments. It offers realistic articulation, allowing laboratory instructors and students to demonstrate core biomechanical joint movements, including flexion, extension, pronation, and supination.

Features

Displays life-size anatomical structures including distal humerus, radius, ulna, and articular surfaces
Incorporates flexible synthetic ligaments to demonstrate authentic structural support and joint stability
Demonstrates full dynamic range of motion including flexion, extension, forearm pronation, and supination
Features casted human bone structures detailing precise bony landmarks and joint alignment
Includes a robust display base engineered for stability during laboratory hand-on demonstrations

Applications

Anatomical identification of human skeletal structures in biology laboratories
Biomechanical motion analysis demonstrations in physiotherapy training labs
Clinical orthopedic assessment instruction in university nursing laboratories
Patient communication and surgical procedure visualization in medical teaching facilities