07971459309

BIOLAB (INDIA)
GST : 29ABDPV0698K1ZW

Labour Third Stage Model

Microbiology Model

Microbiology Model

Sand Filter

Rapid Sand Filter

Industrial Model

ENT MODEL

Gaint Eye Model

Gaint Eye Model

Heart And Circulatory System

Respiratory System

Digestive System

Sanitary Napkin Vending Machine

Incinerator Machine

Olive Oxygen Concentrator

Hospital Ventilator

Stomach Models

Stomach Model

Brain Model

Brain Model

Nervous System Model

Nervous System Model

Liver Model

Liver Model

ZX1306- Human Respiratory System

Name: ZX1306- Human Respiratory System
Brand: BIOLAB (INDIA)

ZX1306- Human Respiratory System Specification

Use
Ideal for biology classes, medical training,

Material
PVC

Dimensions
40x80 Centimeter (cm)

Color
Realistic Flesh Tones

Function
Educational tool for studying the anatomy

ZX1306- Human Respiratory System Trade Information

Minimum Order Quantity
10 Number

Payment Terms
Letter of Credit (L/C)

Main Export Market(s)
Asia, Australia, Central America, North America, South America, Eastern Europe, Western Europe, Middle East, Africa

Main Domestic Market
All India

About ZX1306- Human Respiratory System

Size : 40x80 cm.
Made of HSP resin.
Well illustrated and informative.
Upper half of the model displays nasal cavity, oral cavity, trachea, bronchia, bronchial tree in pulmonary lobe, right and left lungs cut open, heart in situ, pulmonary blood vessels and diaphragm with muscles attached to it.
Lower half of the modle shows enlarged pulmonary acinus displaying pulmonary alveoli, alveolar saccules, bronchial artery and veins and alveolar capillary network.
Model is accurately made from actual specimen references, photographs and encyclopedia reference under expert guidance.
Mounted on wooden sturdy base board.
38 features marked.
Key card / Manual provided.

Comprehensive Anatomical Learning Tool

The ZX1306 Human Respiratory System model offers an immersive way to explore the intricacies of our breathing apparatus. Its realistic appearance and life-sized dimensions provide students and trainees with a tangible resource for understanding anatomy. The models high-fidelity construction supports effective visualization, enhancing both teaching and study.

Durable and Realistic Construction

Crafted from resilient PVC and colored in authentic flesh tones, the ZX1306 withstands frequent handling while maintaining accuracy and appeal. The models 40x80 cm size ensures visibility in group settings, making it an ideal resource for demonstrations and educational displays.

FAQs of ZX1306- Human Respiratory System:

Q: How is the ZX1306 Human Respiratory System model used in educational settings?

A: The model is used as a visual aid during biology and medical classes, allowing students to physically observe and understand the structure and function of the human respiratory system. It facilitates both lecturing and hands-on study.

Q: What materials are used in the construction of the ZX1306 model?

A: It is constructed from high-quality PVC material, ensuring durability and safety, and is designed in realistic flesh tones to closely mimic actual human anatomy.

Q: When is it beneficial to use this model in medical training?

A: This model is especially valuable during anatomy lessons, demonstrations, and practical examinations, providing an accurate reference for understanding complex respiratory structures and their physiological functions.

Q: Where can the ZX1306 Human Respiratory System model be purchased?

A: The model is available from distributors, exporters, suppliers, and traders in India, making it accessible for educational institutions, hospitals, and training centers across the region.

Q: What is the process of integrating this model into classroom instruction?

A: Teachers and trainers can incorporate the ZX1306 model into their curriculum by using it during lectures, group activities, and practical demonstrations to reinforce theoretical concepts and promote interactive learning.

Q: What are the key benefits of using the ZX1306 model for study?

A: The primary benefits include a deeper understanding of respiratory anatomy, enhanced engagement through tactile learning, and improved retention of information compared to relying solely on textbooks or diagrams.