Kidney Model

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MOQ : 1 Piece

Kidney Model Specification

Features
Life-size, Hand-painted, High-detail, Removable parts, Shows internal structures

Temperature Resistance
Up to 60C (PVC Material Limit)

Shape
Kidney Shape

Accuracy
High anatomical accuracy

Control Type
Manual (Non-Electrical)

Display Type
Physical Model

Type
Other

Dimension (L*W*H)
Approx. 20 x 12 x 7 cm

Equipment Materials
PVC Plastic

Material
PVC

Application
educational

Color
Multi-color (to highlight anatomical details)

Equipment Type
Kidney Anatomical Model

Intended Users
Medical students, healthcare professionals, biology teachers

Usage
Demonstration, Study, Patient Education

Mounting
Mounted on stand

Packaging
Box packed for secure handling

Weight
Approx. 300g

Surface Finish
Smooth and easy to clean

Sections
2-part dissectible model

Kidney Model Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1 Piece Per Day

Delivery Time
15 Days

About Kidney Model

Kidney Model

Specification

The detailed life-size model features the kidney, adrenal gland, renal and adrenal vessels and upper portion of the ureter. Dissectible into 2 parts to reveal the cortex medulla, cortex vessels and renal pelvis.

Model can be removed from the stand for instructions.
Life - size.
Mounted on stand.

Exceptional Anatomical Precision

Developed with high anatomical fidelity, this kidney model clearly reveals intricate internal details through its two-part, dissectible design. The multi-colored, hand-painted finish ensures vital structures are easily distinguished, aiding in comprehensive understanding for medical education and patient communication.

Durable and Easy Maintenance

Constructed from robust PVC plastic, the model can withstand temperatures up to 60C and is resistant to everyday wear. Its smooth surface can be effortlessly cleaned with a damp cloth, making it suitable for frequent use in classrooms, laboratories, and clinics.

Versatile Applications for Education

This model is ideal for medical students, healthcare practitioners, and teachers. It supports a wide range of uses including interactive study sessions, hands-on demonstrations, and patient education. The removable parts facilitate active learning and detailed anatomical exploration.

FAQs of Kidney Model:

Q: How is the kidney model typically used in educational and clinical settings?

A: The model is utilized for in-depth demonstrations, interactive study sessions, and patient education. Its removable components and high anatomical accuracy make it ideal for explaining kidney structure and function to students, trainees, and patients.

Q: What makes the multi-color design beneficial for users?

A: Each color highlights specific anatomical regions and details within the kidney, enhancing clarity and making it simpler to identify structures during lectures or demonstrations. This visual distinction aids memory retention and understanding.

Q: When should the kidney model be cleaned and how do I maintain it?

A: Its advisable to clean the model after each use or whenever it becomes visibly soiled. Simply wipe the smooth surface with a damp cloth to remove dust or residues. Avoid exposing the model to temperatures above 60C to preserve its integrity.

Q: Where can the kidney model be effectively displayed and stored?

A: The model, mounted on a stable stand, can be showcased in classrooms, laboratories, clinics, or at health workshops. When not in use, it should be stored in its provided box packaging to ensure protection and longevity.

Q: What is the process for dissecting the model during demonstrations?

A: The two-part design allows users to manually separate the kidney to reveal internal anatomical features. No tools or electronics are neededsimply detach and reassemble by hand for repeated demonstrations.

Q: What are the key benefits of using this kidney model in teaching?

A: The life-size, high-detail, hand-painted features provide clear visualization, making complex anatomical concepts more accessible. It supports hands-on learning, encourages student engagement, and improves educational outcomes.

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