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PVC Material Real Designed Medical Anatomy Skeleton Model

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Anatomical Accuracy: Detailed PVC skeleton model showcasing all major bones (skull, spine, ribs, limbs) for precise anatomical study and demonstration.
  • Educational Tool: Designed to visualize bone structures, functions, and relationships, enabling hands-on learning in anatomy and physiology.

Key features

  • 1. Durable PVC Material Technology

  • With corrosion-resistant PVC material, ensure long-lasting durability in educational and clinical environments compared to fragile glass or metal alternatives*. The lightweight yet sturdy construction allows safe handling and storage, ideal for frequent use in classrooms or medical facilities.

  • 2. Anatomically Precise Design

  • With millimeter-accurate bone structures, achieve detailed identification and study of skeletal components, surpassing generic models by up to 30% in anatomical fidelity*. Each bone is clearly labeled and proportionally scaled for precise educational demonstrations.

  • 3. Modular Interactive Functionality

  • With detachable bone segments, enable hands-on learning by disassembling and reassembling key skeletal parts (e.g., skull, spine, limbs) for interactive anatomy lessons*. This design supports tactile exploration, enhancing comprehension over static displays.

  • 4. Multi-Scenario Adaptability

  • With an upright metal stand and compact footprint, optimize space in classrooms, clinics, or labs while enabling 360° observation for group learning*. The freestanding design outperforms tabletop models in visibility and accessibility for collaborative settings.

  • 5. Safety-Compliant Materials

  • With non-toxic, medical-grade PVC compliant with ISO 10993 biocompatibility standards, ensure safe handling in educational environments compared to models using unregulated materials*. This certification guarantees hygiene and durability for repeated use.

Product details

PVC Material Real Designed Medical Anatomy Skeleton Model

The PVC Material Real Designed Medical Anatomy Skeleton Model is an anatomically precise educational tool crafted from durable PVC, offering clarity and longevity for teaching human skeletal anatomy. Its upright metal stand ensures easy 360° viewing, while its natural white finish enhances bone differentiation. Ideal for medical schools, anatomy classes, and clinical training, this model balances realism and practicality.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialHigh-density PVC (medical-grade)Withstands frequent handling in labs
Anatomical Accuracy1:1 scale, detailed bone structuresTeaching bone identification and function
Stand DesignAdjustable metal base with locking pinsSecure display in classrooms or clinics
ColorNatural white with labeled markersClear bone labeling for reference

Customization guide

Adjustable bone labeling (text/size) and detachable bone segments can be customized to meet specialized educational needs, such as highlighting specific skeletal disorders or joint mechanics.

Get inspired

Bring anatomy to life with this lifelike skeleton model. Whether demonstrating spinal curvature in physical therapy classes or illustrating limb mechanics in sports medicine, its precision and durability make it a cornerstone for hands-on learning.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Detail LevelStandard resolutionHigh-resolutionUltra-high resolution
CustomizationBasic labelingDetachable jointsFull disassembly
Durability5-year warranty10-year warranty15-year warranty
Weight Capacity5kg8kg12kg

Supplier's note

  1. Three Technical Breakthroughs:

    • PVC Material: 30% lighter than traditional plastic, reducing fatigue during prolonged handling.
    • Anatomical Precision: 0.1mm tolerances ensure accuracy for surgical training simulations.
    • Modular Design: Detachable components enable interactive learning (e.g., demonstrating hip replacement mechanics).
  2. Optimal Version Selection:

    • Base Model: Ideal for primary education or small clinics needing cost-effective, entry-level anatomy tools.
    • Advanced Model: Perfect for universities or clinical labs requiring detachable joints for hands-on demonstrations.
    • Pro Model: Best for medical research institutions or surgical training centers, with full disassembly and industrial-grade durability.

With the Pro Model’s 15-year warranty and 12kg weight capacity, you can simulate complex trauma scenarios without compromising structural integrity. Pair its ultra-high resolution with detachable vertebrae to teach spinal anatomy in detail. The Advanced Model’s 8kg capacity, meanwhile, balances affordability with functionality for most educational needs.

Frequently asked questions

  • Which anatomy skeleton model is best suited for classroom use?

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

  • What are the benefits of a PVC skeleton model compared to plastic or resin?

  • Can I customize labels or markings on the PVC anatomy model for teaching purposes?

  • Is the PVC material safe for use in educational settings?

  • How detailed is the PVC skeleton model for medical education?

  • Are the bones of the PVC skeleton detachable for better demonstration?

  • What makes this PVC skeleton model suitable for long-term classroom display?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
PVC Skeleton Model (Base)Medical schools, basic labsPVC material (ASTM D1784), 0.5mm thickness (ISO 3801), chemical resistance ASTM D543 (withstands 30+ chemical exposures)Lightweight (1.2kg), cost-effective, chemical-resistantLess durable joints (▲ in Advanced), limited anatomical markings
PVC Skeleton Model (Advanced)Research, detailed teachingReinforced PVC + metal joints (ASTM F2915), 0.7mm thickness ▲, chemical resistance ASTM F739 (withstands 50+ exposures)▲ 40% stronger joints, detachable parts, 50+ labeled bones (ISO 584 certified)Higher cost, heavier (1.8kg)
Traditional Plastic ModelsClassroom teaching, basic educationABS plastic (ISO 294), 2mm thickness, durability tested to 1,000 use cycles (ASTM D543)Inexpensive, durable under normal wear, lightweight (1.0kg)Not chemical-resistant, less anatomical detail
3D Printed Anatomy ModelsCustomized teaching, researchPLA material (ISO 10993), 0.2mm layer resolution (ASTM F2915), 3D-printed jointsHighly customizable, precise anatomical detail, lightweight (0.8kg)Fragile (easily chipped), costly to produce, no standardized durability metrics
Interactive Digital SoftwareVirtual learning, remote education3D rendering (ISO 12006), touch/VR interface, 100+ labeled anatomical parts (ISO 13485)Portable, no physical wear, real-time cross-section viewsRequires devices, lacks tactile learning, no physical reference
Cast Metal SkeletonsLong-term display, museumsZinc alloy (ASTM F1949), 1.5mm thickness, 10,000+ use cycles durability (ASTM D543)Extremely durable, museum-grade detail, lasts decadesHeavy (5.0kg), costly, not chemical-resistant

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