XC-330 Model of the Transparent Lung Segment
Discover the intricate beauty and functional complexity of the human respiratory system with this exceptional 2x enlarged anatomy model. Perfectly suited for medical education, healthcare training, biology classrooms, or as a sophisticated reference tool, this model offers a detailed look into lung segmentation and bronchial distribution.
Master Complex Anatomy Through Clear Visualization
This magnified lung model provides a profound perspective on lung structure, enhancing your understanding in a way that standard models cannot.
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Comprehensive Segmentation: Clearly identify all lung segments for a complete understanding of regional anatomy. It showcases 10 segments in the right lung and 8 in the left, allowing you to study and visualize specific areas with precision.
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Transparent Lungs: The lung lobes are expertly crafted from crystal-clear, transparent plastic, offering an unparalleled view. Observe the entire path of the bronchial tree as it splits and spreads throughout the lung tissue.
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Detailed Bronchial Tree: Trace the intricate, tree-like structure of the bronchi and bronchioles as they branch into smaller airways, finally reaching the alveolar sacs. The vibrant, contrasting colors (blue, red, yellow) of the various branches make identification simple.
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2x Magnification: Explore the fine details of airway branching and segmentation with this enlarged, 2x magnification model, providing enhanced clarity for closer study.
Exceptional Quality for Educational Success
Constructed for durability and designed for academic accuracy, this anatomical lung model is a valuable long-term asset.
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Transparent Plastic Lungs: High-quality transparent plastic offers a clear, unobstructed internal view, allowing you to study airway distribution in depth.
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Durable PVC Bronchial Tree: The complex network of the trachea and bronchial tree is made from resilient, high-grade PVC, ensuring durability while remaining lightweight and easy to handle.
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Academic Accuracy: Every segment and branch is carefully placed to reflect true anatomical relationships, making this model an accurate and reliable teaching and study guide.
Specifications
