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Magnified Pulmonary Alveoli Model | INNORKOM 1
Magnified Pulmonary Alveoli Model | INNORKOM 2
Magnified Pulmonary Alveoli Model | INNORKOM 3
Magnified Pulmonary Alveoli Model | INNORKOM 4
Magnified Pulmonary Alveoli Model | INNORKOM 1
Magnified Pulmonary Alveoli Model | INNORKOM 2
Magnified Pulmonary Alveoli Model | INNORKOM 3
Magnified Pulmonary Alveoli Model | INNORKOM 4

Magnified Pulmonary Alveoli Model | INNORKOM

Magnified Pulmonary Alveoli Model is a highly detailed and magnified representation of the human alveoli, the tiny air sacs in the lungs where the exchange of oxygen and carbon dioxide takes place. This model is designed to provide an up-close, detailed view of the alveolar structure, allowing users to study the intricate anatomy and function of these critical components of the respiratory system

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    product introduction

    The model shows the small branches of principal bronchus: 1. Section of bronchiole of no cartilage.

    2. The relation between pulmonary alveoli and terminal bronchiole.

    3. The structure of alveolar sac and alveolar duct.

    4. The capillary rete in the alveolar sapota.

    Size: 26x15x35CM

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    features

    The Magnified Pulmonary Alveoli Model features a highly detailed and accurate representation of the pulmonary alveoli, perfect for educational and medical purposes. With its magnification capabilities, users can clearly observe the structure and function of the alveoli, aiding in the understanding of respiratory physiology. The model's durable construction and intricate design make it a valuable tool for studying the complexities of the respiratory system.

    Munera

    • Educational Tool: The Magnified Pulmonary Alveoli Model is a valuable resource for students studying respiratory anatomy, physiology, and gas exchange.
    • Demonstrating Gas Exchange: The model helps demonstrate how oxygen is absorbed into the bloodstream and how carbon dioxide is removed from the blood, emphasizing the role of the alveoli in this crucial process.
    • Studying Respiratory Diseases: This model can be used to explain how diseases like emphysema, pneumonia, or pulmonary fibrosis can affect the alveoli, leading to impaired gas exchange and reduced lung function.
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    Beneficia

    • In-Depth Understanding of Alveolar Structure: The magnified view provides a detailed understanding of the alveoli’s structure.
    • Interactive Learning: The model provides a hands-on learning experience, allowing students and professionals to study the anatomy of the alveoli and their function in a tangible way.
    • Durable and Long-Lasting: Made from high-quality materials, this model is designed for frequent handling and long-term use in classrooms, labs, and clinics.

    FAQ

    1
    Can the model be used for hands-on demonstrations and practical experiments?
    Yes, the Magnified Pulmonary Alveoli Model is designed for hands-on demonstrations and practical experiments to enhance learning outcomes.
    2
    Is the model suitable for medical training and professional development?
    Yes, the Magnified Pulmonary Alveoli Model is suitable for medical training, as well as professional development in the fields of respiratory therapy, pulmonology, and anatomy.
    3
    How accurate is the representation of pulmonary alveoli in the model?
    The Magnified Pulmonary Alveoli Model provides a highly accurate representation of pulmonary alveoli, allowing for detailed examination and analysis.
    4
    Are there any specific applications for the model in research or clinical settings?
    The Magnified Pulmonary Alveoli Model can be used in research settings to study respiratory diseases and conditions affecting pulmonary alveoli, as well as in clinical settings for patient education.
    5
    Can the Magnified Pulmonary Alveoli Model be used in conjunction with other anatomical models?
    Yes, the model can be used in conjunction with other anatomical models to create a comprehensive understanding of the respiratory system and its components.
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    A la atención de: Alisa Wang 

    Multitud/Whatsapp/Wechat: +86 17817884386

    Correo electrónico: alisa@innocommed.com

    Agregar: Sala 310, Edificio B, Comunidad Creativa Fangdajing, No.88 Guangshan San Road, Guangdong, China.

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