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ConXport Magnified Pulmonary Alveoli Model

ConXport Magnified Pulmonary Alveoli Model

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ConXport Magnified Pulmonary Alveoli Model

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ConXport Magnified Pulmonary Alveoli Model Specification

Power Source
Not Required (Manual Static Model)

Core Components
Magnified Pulmonary Alveoli Structure, Stand, Labeling

Accuracy
Detailed Realistic Representation for Academic Purposes

Automation Grade
Manual

Feature
Highly Magnified; Accurate Detailing of Air Sacs, Capillaries, and Alveolar Ducts; Vibrant Coloring

Model No
ConXport MAG-PA-001

Equipment Materials
Durable PVC Plastic

Type
Educational Anatomy Model

Usage
Anatomy Education, Demonstration, Medical Training

Display Type
Model (Non-digital, Non-electronic)

Dimension (L*W*H)
Approx. 25 x 18 x 12 cm

Weight
Approx. 300-400 grams

Educational Application
Ideal for Medical, Nursing, and Biology Classes

Section Type
Three-Dimensional, Hand Painted Sections

Color Coding
Multi-color Sections for Easy Identification

Package Includes
One Pulmonary Alveoli Model, Instruction Guide

Alveolar Detail
Visualizes Respiratory Bronchioles, Alveolar Ducts, Sac Structures, and Surrounding Capillaries

Magnification Level
Approx. 130x Real Life Size

Surface Finish
Smooth, Easy-to-Clean

Mounting
Base Mounted for Stability

ConXport Magnified Pulmonary Alveoli Model Trade Information

FOB Port
Delhi

Payment Terms
Telegraphic Transfer (T/T), Paypal, Letter of Credit (L/C)

Supply Ability
10 Per Week

Delivery Time
5-6 Days

Sample Available
Yes

Sample Policy
If order is confirmed we will reimburse the sample cost

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

Main Domestic Market
All India

Certifications
ISO, CE, FDA, WHO-GMP

About ConXport Magnified Pulmonary Alveoli Model

Material: PVC

Description:The model shows the small branches of principal bronchus:

Section of bronchiole of no cartilage.
The relation between pulmonary alveoli andterminal bronchiole.
The structure of alveolar sac and alveolar duct.
Thecapillary rete in the alveolar sapta.

Size: 26x15x35CM

Packing: 4pcs/carton,81x41x29 cm, 8kgs

Highly Detailed, 3D Magnification

Visualize pulmonary alveolar structures in extraordinary detail with a magnification of approximately 130x. The ConXport models three-dimensional, hand-painted sections clarify complex anatomical relationships, from respiratory bronchioles to tiny capillaries, making it invaluable for thorough instructional demonstrations and enhanced classroom engagement.

Educational Versatility Across Disciplines

Perfect for medical, nursing, and biology curricula, this model bridges theory and practice. Its vivid color coding assists with rapid identification of anatomical segments, supporting practical training, anatomy education, and exam preparation in diverse learning environments including schools, colleges, and professional healthcare training.

Construction and Maintenance

Crafted from robust PVC plastic, this model stands up to repeated use. Its smooth, easy-to-clean surface ensures hygienic handling during lessons and demonstrations. The reliable base mount delivers stability, making it suitable for both mobile and stationary displays in labs and classrooms.

FAQs of ConXport Magnified Pulmonary Alveoli Model:

Q: How does this model assist in understanding pulmonary alveolar anatomy?

A: The ConXport Magnified Pulmonary Alveoli Model enlarges alveolar structures by approximately 130 times, enabling detailed visual examination of bronchioles, ducts, sacs, and capillaries. This magnification helps students and trainees grasp the spatial relationships and intricate features that are difficult to discern in textbooks or traditional flat diagrams.

Q: What components are included with the ConXport Magnified Pulmonary Alveoli Model?

A: The package contains one base-mounted, three-dimensional alveoli model crafted from durable PVC plastic, an instruction guide for educational use, and clearly labeled, hand-painted sections for straightforward anatomical identification.

Q: When should this model be used during educational sessions?

A: This model is most beneficial during anatomy lessons, medical demonstrations, and practical lab sessions where hands-on, visual learning enhances comprehension. It is particularly useful when detailing the respiratory system and during revision for practical exams.

Q: Where can the model be displayed for optimal use?

A: Thanks to its stable, base-mounted design, the ConXport model can be placed on desks, laboratory benches, demonstration tables, or any flat surface in classrooms and training labs. Its compact size (about 25 x 18 x 12 cm) makes it easy to relocate as needed.

Q: What materials ensure the durability and safety of the model?

A: Constructed from high-quality, non-toxic, durable PVC plastic, the model provides longevity and safe, repeated handling. Its smooth surface finish allows for easy cleaning, maintaining sanitary conditions for ongoing educational use.

Q: How is the color coding and labeling advantageous during instruction?

A: Each anatomical section is hand-painted in vibrant, multi-colored hues to highlight and differentiate key structures. This visual segmentation aids students in quick identification, comparison, and retention of complex pulmonary features, fostering deeper learning.

Q: What are the main benefits of using a non-digital, static model in anatomy education?

A: Manual, static models like this offer tactile, three-dimensional interactionkey for spatial understanding and active learning. They require no power source, are always ready for use, and make anatomical study more approachable without technological barriers.

ConXport Magnified Pulmonary Alveoli Model

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