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Urinary System Model

Urinary System Model

Artsy – Urinary System Model

The Artsy Urinary System Model is a full-scale, anatomically accurate educational tool designed for clinical teaching, medical demonstrations, and student training. It features dissectible kidneys, ureters, bladder, and pelvic vasculature, all crafted from medical-grade, non-toxic PVC. Each component is color-coded and hand-detailed under expert anatomical guidance to ensure clarity and realism.

Key Features:

  • Dissectible Structures: Removable kidney sections, bladder cutaway, and prostate base (male variant)

  • Clinical Accuracy: Shows internal renal and bladder anatomy, vascular networks, and muscular landmarks

  • Educational Use: Ideal for anatomy courses, urology training, and patient awareness programs

  • Durable & Display-Ready: Includes sturdy tabletop or wall-mounted base

Applications: MBBS & Nursing education, nephrology and urology training, medical college labs

Material: Medical-grade PVC
Brand: Artsy
Mount: Base-mounted for tabletop or wall use
Finish: Hand-painted, color-coded anatomical features


 

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Combining Scientific Accuracy with Educational Usability

The creation of the Artsy Fetus Anatomical Model is the result of a multidisciplinary collaboration between medical experts, anatomical designers, material engineers, and educational specialists. The process ensures the model meets both anatomical accuracy and functional demands of modern healthcare education.

1. Medical Research & Concept Validation

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  • Reference to Real Fetal Imaging: Ultrasound, MRI, and anatomical data from peer-reviewed literature inform the fetal proportions, skeletal positioning, and soft tissue development.

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2. Anatomical Modeling & Prototyping

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  • Prototyping with Rapid 3D Printing: Initial prototypes are created via 3D printing to test proportions, joint articulation (if applicable), and anatomical fidelity.

3. Material Testing & Refinement

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  • Weight & Texture Simulation: Fill density is adjusted to mimic fetal weight at specific gestational ages for realistic palpation or delivery practice.

  • Stress & Durability Testing: Models are tested under frequent use conditions (e.g., in labor simulators or abdominal palpation) to ensure long-lasting educational performance.

4. Clinical & Educational Validation

  • Pilot Testing in Skills Labs: The prototype models are deployed in midwifery and medical schools for hands-on feedback. Adjustments are made based on educator and student input regarding feel, accuracy, and instructional value.

  • Feedback Integration: Enhancements may include improved umbilical cord placement, joint flexibility for presentation changes, or inclusion of color-coded internal organs for advanced models.

5. Final Production & Quality Control

  • Precision Molding: Final designs are cast using high-accuracy silicone molding techniques.

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  • Quality Assurance: Each unit undergoes inspection for anatomical fidelity, material integrity, and functional usability before packaging.

6. Packaging & Educational Support

  • Protective Packaging Design: Eco-friendly, secure packaging developed for safe transport and storage.

  • Instructor Guides & Diagrams: Each model includes an instructional booklet or digital manual with labeled diagrams, gestational age data, and suggested use cases for classroom or clinical training.

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