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Brand: LABGO
Labgo Life Size Shoulder Joint Anatomical Model Flexible Ligaments Educational Demonstrations
SKU: TB-LA-75752
Estimated Delivery By: Sep 1 - Sep 3 




MRP : ₹2989 ₹2299
23% OFF!
Estimated Delivery By: Sep 1 - Sep 3 
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₹2299 (Including GST)
MRP : ₹2989
23% OFF!
Get Extra ₹34 OFF on Prepaid Orders
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Short Description
Anatomical life-size human shoulder joint model
Features flexible ligaments
Features flexible ligaments
Country of origin: India
Specifications
- Brand: LABGO
- Scale: Life-Size (Natural Size)
- Material: High-Quality Washable PVC
- Item Weight: 4 kg
- Special Properties: Flexible Artificial Ligaments
Description
The Labgo Life-Size Shoulder Joint Anatomical Model is a premium, high-quality educational tool designed specifically for detailed anatomical demonstrations and study in medical settings. Replicating a human shoulder in its natural size, this life-size model accurately depicts the core morphology and construction of the skeletal framework alongside complex flexible ligaments. Constructed from robust, washable, high-quality PVC, the entire assembly is designed to withstand frequent manual handling in classrooms or clinics. It comes mounted securely on a solid white display stand, allowing students, educators, and healthcare professionals to interact with the structure to understand external anatomical configurations and demonstrate all major fluid movements of the shoulder complex.
Features
:- Anatomical Realism: Accurately replicates the natural size, morphology, and bone-to-ligament structures of the human shoulder.
- Dynamic Flexibility: Outfitted with fully movable, flexible artificial ligaments to demonstrate comprehensive joint articulation.
- Resilient Construction: Engineered from durable, washable high-quality PVC plastic to sustain long-term student interaction.
Applications
:- Educational lectures, training courses, and morphological study in medical colleges and nursing universities.
- Patient education and condition demonstrations inside orthopedic clinics, hospitals, and physiotherapy offices.
- Interactive laboratory learning for sports medicine programs, anatomy classes, and structural biomechanics.
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