Bronchial tree 3d model
r
ID: 9146
$20.00
3D Model Details
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Texture: No
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Multipart model: No
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File format: stl
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File size: 16.65 MB
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Upload date: 06/26/2020
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Last update: 06/26/2020
Description
Bronchial tree anatomy for 3d printing
A bronchus or bronchial tree is a passage or airway in the respiratory system that conducts air into the lungs. The first bronchi to branch from the trachea are the right main bronchus and the left main bronchus, also known as the primary bronchi. These are the widest and enter the lungs at each hilum, where they branch into narrower secondary bronchi or lobar bronchi, and these branch into narrower tertiary bronchi or segmental bronchi. Further divisions of the segmental bronchi are known as 4th order, 5th order, and 6th order segmental bronchi, or grouped together as subsegmental bronchi. The bronchi when too narrow to be supported by cartilage are known as bronchioles. No gas exchange takes place in the bronchi.
The model provides a 3d geometry to be used in 3d printing applications.
The model provided is a watertight solid 'filled'
The model has been simplified and optimized for 3d printing.
To be used for educational purposes and 3d printing applications.
Ideal for use in medical teaching environments.
A bronchus or bronchial tree is a passage or airway in the respiratory system that conducts air into the lungs. The first bronchi to branch from the trachea are the right main bronchus and the left main bronchus, also known as the primary bronchi. These are the widest and enter the lungs at each hilum, where they branch into narrower secondary bronchi or lobar bronchi, and these branch into narrower tertiary bronchi or segmental bronchi. Further divisions of the segmental bronchi are known as 4th order, 5th order, and 6th order segmental bronchi, or grouped together as subsegmental bronchi. The bronchi when too narrow to be supported by cartilage are known as bronchioles. No gas exchange takes place in the bronchi.
The model provides a 3d geometry to be used in 3d printing applications.
The model provided is a watertight solid 'filled'
The model has been simplified and optimized for 3d printing.
To be used for educational purposes and 3d printing applications.
Ideal for use in medical teaching environments.
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