07971459309

BIOLAB (INDIA)
GST : 29ABDPV0698K1ZW

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Human Excretory System Model

Human Excretory System Model Specification

Use
Medical Use

Material
P Ideal for schools, medical and nursing training programVC

Color
Realistic Skin Tone

Function
interactive design, often featuring removable part

Human Excretory System Model Trade Information

Minimum Order Quantity
10 Pieces

Supply Ability
1500 Pieces Per Week

Delivery Time
5-7 Days

About Human Excretory System Model

We have scaled to the newer heights of success by exporting and supplying Human Excretory System Model. This natural size model is separated into 3 parts. Kidneys ureters, adrenal glands, bladder with prostate and major blood vessels are shown. Right kidney section and bladder prostate are removable. We source this model from the reputed vendors to market. The offered product is extensively needed in medical centers, school, and colleges to demonstrate numerous organs of human anatomy in a detailed manner. We offer this Human Excretory System Model at affordable prices.

Features:

Designed with a set of completely removable parts
Mounted over a sturdy base for self-standing
Easy to assemble and disassemble

Comprehensive Educational Tool

This model offers an interactive and tangible way for learners to understand the human excretory system. Its realistic design and removable parts make it easier for teachers, trainers, and students to explore anatomical components, supporting both visual and practical learning approaches in classrooms and labs.

Superior Material and Realistic Design

Made from high-quality PVC, the model features a durable, easy-to-clean surface and lifelike coloration. The realistic skin tone and fine anatomical details ensure clarity in demonstrations, enhancing the overall educational experience for medical, nursing, and biology students.

Ideal for Multiple Applications

Whether used in schools, universities, or medical training facilities, this model supports a wide range of educational purposes. Its interactive components help in explaining each parts function within the excretory system, making complex processes accessible and engaging for learners.

FAQs of Human Excretory System Model:

Q: How is the Human Excretory System Model used in educational settings?

A: In classrooms and medical training environments, the excretory system model is used to demonstrate the structure and function of kidneys, ureters, bladder, and associated organs. Its interactive parts allow students to explore and understand the removal and placement of organs, facilitating practical, hands-on learning.

Q: What materials are used to manufacture the model?

A: The model is constructed from premium-quality PVC, which provides durability, longevity, and ease of maintenance while accurately replicating the real human anatomy with a realistic skin tone.

Q: When is this model most beneficial during medical or nursing training?

A: This model is most effective during practical lessons or anatomy demonstrations, where understanding the positioning, structure, and function of excretory organs is essential. It is particularly helpful before examinations or while teaching related body systems.

Q: Where can the Human Excretory System Model be used?

A: This model is ideal for use in schools, colleges, universities, medical and nursing colleges, and science laboratories. It is suitable for both instructional and student self-study purposes.

Q: What is the process of using interactive features in the model?

A: The interactive design often includes removable parts representing individual organs. Students can detach and reassemble these organs, enabling a close examination of each component, leading to a better understanding of their relationships and functions within the excretory system.

Q: What are the primary benefits of using this model in an educational curriculum?

A: The model promotes active learning, enhances comprehension of human anatomy, and prepares students for practical medical situations by offering a tactile and visual representation of the excretory system, thus bridging the gap between theory and practice.