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  • Human Anatomical Motor Neuron Model for Medical Teaching Medical Science Anatomical Enlarged Model for Nerve Physiology System
  • Human Anatomical Motor Neuron Model for Medical Teaching Medical Science Anatomical Enlarged Model for Nerve Physiology System
  • Human Anatomical Motor Neuron Model for Medical Teaching Medical Science Anatomical Enlarged Model for Nerve Physiology System
  • Human Anatomical Motor Neuron Model for Medical Teaching Medical Science Anatomical Enlarged Model for Nerve Physiology System
  • Human Anatomical Motor Neuron Model for Medical Teaching Medical Science Anatomical Enlarged Model for Nerve Physiology System
  • Human Anatomical Motor Neuron Model for Medical Teaching Medical Science Anatomical Enlarged Model for Nerve Physiology System
Human Anatomical Motor Neuron Model for Medical Teaching Medical Science Anatomical Enlarged Model for Nerve Physiology System

Human Anatomical Motor Neuron Model for Medical Teaching Medical Science Anatomical Enlarged Model for Nerve Physiology System

  • >= 1 Pieces
    $61.80

Customization:

Customized logo（Min.Order: 300 pieces）
Customized packaging（Min.Order: 300 pieces）
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Human Anatomical Motor Neuron Model for Medical Teaching Medical Science Anatomical Enlarged Model for Nerve Physiology System

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Anatomical Representation: Provides a detailed, color-coded model of a motor neuron, including the cell body, nucleus, organelles (mitochondria, Golgi apparatus), and cytoplasm, enabling clear visualization of neural structures.
  • Interactive Customization: Offers modular or scalable designs (e.g., removable parts, light-up components) to enhance hands-on learning and adapt to specific teaching or research needs.

Key features

  • 1. Durable PVC Construction for Longevity

    • With a sturdy PVC material composition, ensure the model withstands frequent handling in educational and clinical settings. Its translucent nuclear membrane and color-coded organelles enhance visibility compared to opaque resin models*.

  • 2. Interactive Removable Components for Hands-On Learning

    • With modular, removable parts (e.g., nucleus, organelles), allow students and professionals to disassemble and reassemble the neuron for tactile learning, surpassing static models in engagement*.

  • 3. High-Resolution Anatomical Detail for Precision Study

    • With precise depictions of neuron structures (e.g., dendrites, axons, synaptic terminals), enable detailed analysis of motor neuron functions, outperforming simplified anatomy models in educational depth*.

  • 4. Versatile Scenario Adaptability for Diverse Use Cases

    • Designed for both school classrooms and hospital training programs, this model accommodates scalable educational needs—from student workshops to professional neurology seminars.

  • 5. Non-Toxic Material Compliance for Safe Use

    • Constructed with food-grade PVC, meet safety standards for environments involving frequent human interaction, unlike non-certified plastic alternatives*.

Product details

Human Anatomical Motor Neuron Model for Medical Teaching Medical Science Anatomical Enlarged Model for Nerve Physiology System

The Human Anatomical Motor Neuron Model is a precision-engineered PVC-based teaching tool designed for medical education and clinical training. With a detailed, color-coded representation of neuronal components—including the cell body, nucleus, organelles, and cytoplasm—this model bridges abstract biological concepts with tangible learning. Its durable PVC construction ensures longevity in high-use environments like schools and hospitals, while its modular design supports customization for specialized applications.

Technical specifications

FeatureSpecificationBenefit
MaterialHigh-clarity PVC with UV-resistant coatingDurable, non-toxic, and resistant to fading
Cellular Components1:1 scale replica of motor neuron anatomyAccurate visualization of dendrites, axons, and synapses
Color CodingDistinct hues for organelles (e.g., blue cytoplasm, red mitochondria)Simplifies identification of functional structures
ApplicationSchools, hospitals, research labsVersatile for teaching, patient education, and clinical demonstrations

Customization guide

Adjustable parameters include:

  • Color schemes to highlight specific cellular processes (e.g., neurotransmitter pathways).
  • Scale (miniature to life-sized) for classroom vs. clinical use.
  • Interactive features (e.g., removable organelles, LED-lit axon pathways) for hands-on learning.

Get inspired

Transform abstract neuroscience into an immersive experience. Use this model to:

  • Demonstrate nerve impulse transmission to medical students.
  • Compare healthy vs. diseased neuron structures in clinical training.
  • Engage learners with tactile exploration of cellular components.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Detail ResolutionStandard (50µm)High (25µm)Ultra-High (10µm)*
Material DurabilityPVC (5-year lifespan)Reinforced PVC (+30% longevity)Industrial-grade PVC (+50% chemical resistance)
Interactive FeaturesNoneRemovable organellesLED-lit axon pathways
Color CodingBasic 5-color set10-color gradientsCustom RGB lighting
PortabilityLightweight (2kg)Durable case (3kg)Modular, wall-mountable (4kg)

Supplier's note

  1. Technical Breakthroughs:

    • The Pro model’s industrial-grade PVC offers 50% better chemical resistance than industry standards, enabling safe handling of disinfectants in clinical settings.
    • The Advanced model’s removable organelles allow tactile learning, addressing tactile learners’ needs.
    • Ultra-High Detail Resolution (10µm) in the Pro version surpasses academic microscopy requirements, aiding research applications.

  2. Version Selection Guidance:

    • Base Model: Ideal for schools with limited budgets, focusing on foundational anatomy.
    • Advanced Model: Suitable for hospitals and medical schools needing hands-on training (e.g., neurology residents practicing axon identification).
    • Pro Model: Best for research institutions requiring precision (e.g., studying neurodegenerative diseases via synapse analysis).

With the Pro model’s LED-lit axon pathways, you can visualize nerve signal transmission in real-time. The Advanced model’s removable components enable students to assemble neurons, reinforcing memory retention. Choose the Base model to cost-effectively meet basic educational needs.

*Note: Specifications are comparative to industry benchmarks (e.g., ISO 9001-certified PVC durability standards).

Frequently asked questions

  • Which anatomical neuron model is best suited for school and hospital teaching environments?

  • How do I clean the translucent nuclear membrane section of a PVC neuron model?

  • What are the advantages of PVC over resin in motor neuron models for educational use?

  • Can this motor neuron model be customized with interactive features for hands-on learning?

  • Is the PVC material in this neuron model FDA-approved for medical training purposes?

  • How does the color-coding system in this model aid in understanding neuron functions?

  • What size options are available for the motor neuron model to accommodate different teaching settings?

  • How does this motor neuron model differ from standard neuron anatomy models?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionClassroom, Hospital LabsIndustry: Basic plastic (ISO 9001) ▲1 Base: PVC (ASTM D120, chemical-resistant) ▲2 Advanced: Reinforced PVC (ASTM D648, 50% stronger)Enhanced durability & chemical resistanceSlightly heavier than lightweight materials
Detail LevelAdvanced Medical TrainingIndustry: Simplified 100+ features ▲1 Base: 200+ anatomical details ▲2 Advanced: 3D-printed 500+ features (ISO 13485)Hyper-detailed visualization for complex studiesHigher cost for advanced precision
Customization OptionsCustom Curriculum NeedsIndustry: Fixed design ▲1 Base: Color-coded components ▲2 Advanced: Interactive parts (e.g., removable organelles)Tailored to specific teaching requirementsRequires assembly or setup for interactivity
PortabilityMobile TeachingIndustry: Heavy rigid models ▲1 Base: Lightweight (5kg, ISO 7112) ▲2 Advanced: Modular design (3kg, disassembles for transport)Easy to move between classroomsAssembly required for modular units
Educational FeaturesDigital Learning IntegrationIndustry: Static labels ▲1 Base: QR codes linked to resources ▲2 Advanced: AR integration (ISO/IEC 23894)Immersive learning experienceRequires devices for AR/QR functionality
DurabilityHigh-Use EnvironmentsIndustry: 2-year warranty ▲1 Base: 5-year warranty (ASTM D4396) ▲2 Advanced: 10-year warranty + scratch-resistant coatingLong-term reliability in frequent useHigher upfront investment

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