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  • Transparent Human Lung Model for Teaching
  • Transparent Human Lung Model for Teaching
  • Transparent Human Lung Model for Teaching
  • Transparent Human Lung Model for Teaching
  • Transparent Human Lung Model for Teaching
Transparent Human Lung Model for Teaching

Transparent Human Lung Model for Teaching

$26.00-$27.50/ Piece|500 Piece/Pieces(Min. Order)

Transparent Human Lung Model for Teaching

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Anatomical Visualization: The transparent PVC lung model provides a detailed view of internal structures, including bronchi, blood vessels, and airways, enabling clear observation of respiratory system mechanics.
  • Educational Demonstration: Designed to illustrate airflow dynamics, blood circulation, and disease impact through color-coded components, ideal for teaching anatomy and physiology concepts.

Key features

  • 1. Transparent PVC Material for Unobstructed Anatomical Insight

  • With its transparent PVC construction, you can clearly observe intricate lung structures like bronchi and blood vessels without dissection. This material offers 30% greater clarity than traditional opaque models*, enabling detailed educational demonstrations.

  • 2. Color-Coded Design for Enhanced Learning Engagement

  • The model’s interactive color-coded bronchi and blood vessels let educators easily highlight anatomical pathways. This visual aid reduces learning complexity by 40% compared to monochrome models*, making complex respiratory processes intuitive.

  • 3. Precision Anatomical Accuracy for Professional Training

  • Engineered with millimeter-precise details, the model ensures accuracy in replicating lung structures. Its fidelity surpasses generic anatomy models by 25%*, making it ideal for medical students and professionals.

  • 4. Customizable for Disease Demonstration

  • The design allows customization to simulate conditions like asthma or lung cancer, offering tailored educational solutions. This adaptability addresses 90% of common teaching scenarios*, from basic anatomy to clinical pathology.

  • 5. Safety-Certified Material for Classroom Use

  • Constructed with non-toxic PVC meeting educational safety standards, the model ensures safe handling in classrooms. Its durability outperforms plastic alternatives by resisting cracks or warping over time*.

Product details

Transparent Human Lung Model for Teaching

The Transparent Human Lung Model for Teaching is an anatomically accurate educational tool crafted from medical-grade PVC. Its transparent design reveals intricate structures like bronchi and blood vessels, while color-coding simplifies complex respiratory pathways. Ideal for classrooms, medical training, and clinical demonstrations, this model enhances learning through visual clarity and customizable features.

Technical specifications

FeatureSpecificationBenefit
MaterialMedical-grade PVCDurable, non-toxic, and easy to clean.
TransparencyFully transparentEnables clear visualization of internal structures.
Color CodingBronchi (blue), blood vessels (red)Simplifies identification of airflow/blood pathways.
Anatomical DetailSimplified yet accurateBalances realism with educational clarity.
CustomizationAdd disease markers (e.g., asthma)Tailors teaching to specific medical conditions.

Customization guide

Adjustable parameters include color-coding intensity, disease simulation markings, and anatomical emphasis (e.g., highlighting COPD or lung cancer lesions). This allows educators to tailor the model to specialized training needs.

Get inspired

Visualize the respiratory system’s complexity without dissection. Use this model to demonstrate airflow dynamics, blood circulation, or the impact of diseases like emphysema. Its versatility makes it a cornerstone for anatomy education.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Transparency ClarityStandard (85% clear)+15% enhanced+30% crystal-clear*
Color DetailBasic bronchial codingEnhanced vessel mappingFull 3D color gradients
CustomizationPre-set disease templatesCustom disease simulationsFull 3D-printed lesion modeling
Durability2-year warranty5-year warranty10-year warranty

Supplier's note

  1. Breakthrough Features:

    • Transparent PVC Material: 20% clearer than traditional models, enabling precise observation.
    • Color-Coded Accuracy: Industry-first 3D gradients in the Pro Model replicate real blood flow patterns.
    • Custom Disease Modeling: The Pro Model’s lesion simulations exceed FDA educational standards.
  2. Version Selection Guide:

    • Base Model: Ideal for general classroom use. With its standard clarity and pre-set disease templates, it meets core teaching needs.
    • Advanced Model: Best for medical schools requiring vessel mapping and customizable templates. Its 5-year durability suits frequent use.
    • Pro Model: Choose this for clinical training or research. Its crystal-clear transparency and FDA-exceeding lesion simulations enable advanced diagnostics practice.

With the Pro Model’s 3D color gradients, instructors can demonstrate blood-oxygen exchange dynamics more effectively than ever.

Frequently asked questions

  • Which transparent lung model suits high school anatomy classes best?

  • How do I clean and maintain a PVC lung anatomy model?

  • PVC vs Acrylic: Which material is better for lung models?

  • Can this lung model be customized to show disease examples?

  • Is the PVC material FDA-approved for medical training?

  • Which lung anatomy model is best for medical student training?

  • How long does a PVC lung model last compared to other materials?

  • What makes the color-coding system unique for teaching purposes?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Industry Standard Anatomy ModelBasic education/trainingNon-transparent, basic structure (ASTM D638), no color-codingLow cost, durableLimited visibility, no customization options, outdated design
Our Base Transparent PVC Lung ModelClassroom teaching90% transparency (ASTM D1003), 3-color-coded pathways (ISO 13485)Clear anatomical view, affordable, lightweightLimited disease customization, basic durability (▲ compared to Industry Standard)
Our Advanced Transparent PVC Lung ModelClinical training/research95% transparency (▲), 5-color-coded pathways (▲), customizable disease markings (ASTM F2991)High detail for pathology teaching, adaptable to specific conditionsHigher cost, requires assembly for customization
3D Printed Lung ModelMedical research/advanced trainingHigh-resolution detail (ISO 5817), customizable chamber sizesTailored to specific cases, lightweightFragile, expensive, limited transparency
Digital Lung Simulation SoftwareVirtual training/remote learningInteractive 3D interface (ISO 13406-2), real-time airflow simulationNo physical wear, scalable for large audiencesRequires tech setup, lacks tactile learning
Traditional Plastinated SpecimenAdvanced medical trainingReal human tissue structure (ISO 20473), natural textureAuthentic anatomical fidelity, long-lastingHigh cost, fragile, no customization, limited visibility

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