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Respiratory Endoscopy Training Model

The bronchoscopy surgical training model is made from bio-inspired elastic silicone, created by 3D-printing a realistic reconstruction of the human bronchial structure based on authentic CT/MRA data. Using a proprietary silicone formulation as the raw material, the model accurately replicates the spatial anatomy of human bronchi—complete with all levels of branching and intricate dimensions—at a 1:1 scale. It also simulates pathological conditions such as foreign objects and lesions, perfectly catering to the needs of practicing procedures with bronchoscopy instruments. Additionally, the jaw mechanism allows for opening and closing, making it an ideal tool for studying human bronchial anatomy and conducting realistic bronchoscopy simulation training with actual medical devices.

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    Bronchoscopy Training Model

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    Respiratory Endoscopy Training Model

    The bronchoscopy surgical training model is made from bio-inspired elastic silicone, created by 3D-printing a realistic reconstruction of the human bronchial structure based on authentic CT/MRA data. Using a proprietary silicone formulation as the raw material, the model accurately replicates the spatial anatomy of human bronchi—complete with all levels of branching and intricate dimensions—at a 1:1 scale. It also simulates pathological conditions such as foreign objects and lesions, perfectly catering to the needs of practicing procedures with bronchoscopy instruments. Additionally, the jaw mechanism allows for opening and closing, making it an ideal tool for studying human bronchial anatomy and conducting realistic bronchoscopy simulation training with actual medical devices.

    Category:

    Bronchoscopy Training Model

    Keywords:

    model

    bronchoscopy

    simulation

    Online Contact
    Technical Highlights Structure Parameters Test Report Customer Case Studies Related videos

    Technical Highlights

    Integrated Design
    High transparency
    High-Definition Touch
    One-click illumination

    Product Features

    High Structural Fidelity

    High Structural Fidelity

    3D printed based on real human CT data, simulating the true anatomical structure of blood vessels.

    High Material Fidelity

    High Material Fidelity

    Made from simulated vascular materials and 3D printed based on real human CT data.

    Real Device Compatibility

    Real Device Compatibility

    Compatible with real surgical instruments, with clearly defined internal structures and lesions.

    Structure

    The left/right main bronchi, tracheal cartilage rings, and carina; the left/right segmental bronchi can reach up to the 5th-order branching. Additionally, the nasal cavity, oral cavity, and pharynx have distinct anatomical structures, while the head is positioned in a hyperextended posture.

    Dimension Drawing

    Bronchoscope Model

    Customization

    Customizable modules for various types of lesions, such as ulcers, polyps, and more.

    Accessories

    Portable endoscope

    Portable endoscope

    Parameters

    Type
    		Respiratory Endoscopy Model
    Image
    Main ingredients
    		18-20A Silicone
    Model dimensions
    		470 x 350 x 220 mm
    Weight
    		2kg
    Customization Cycle
    		3 weeks

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