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  • DNA Double Helix Structure Model Technology Small Handmade Diy Human Gene Biological Science Experiment Equipment DNA Model
  • DNA Double Helix Structure Model Technology Small Handmade Diy Human Gene Biological Science Experiment Equipment DNA Model
  • DNA Double Helix Structure Model Technology Small Handmade Diy Human Gene Biological Science Experiment Equipment DNA Model
  • DNA Double Helix Structure Model Technology Small Handmade Diy Human Gene Biological Science Experiment Equipment DNA Model
  • DNA Double Helix Structure Model Technology Small Handmade Diy Human Gene Biological Science Experiment Equipment DNA Model
  • DNA Double Helix Structure Model Technology Small Handmade Diy Human Gene Biological Science Experiment Equipment DNA Model
DNA Double Helix Structure Model Technology Small Handmade Diy Human Gene Biological Science Experiment Equipment DNA Model
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DNA Double Helix Structure Model Technology Small Handmade Diy Human Gene Biological Science Experiment Equipment DNA Model

  • 20 - 99 Pieces
    $1.20
  • 100 - 499 Pieces
    $1.10
  • >= 500 Pieces
    $1

Customization:

Customized logo(Min.Order: 1000 pieces)
Customized packaging(Min.Order: 1000 pieces)
Graphic customization(Min.Order: 1000 pieces)

DNA Double Helix Structure Model Technology Small Handmade Diy Human Gene Biological Science Experiment Equipment DNA Model

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Educational DNA Modeling: A hands-on DIY kit that allows users to assemble a double helix DNA structure using wooden base pairs and acrylic helical strands.
  • Scientific Visualization: Demonstrates the molecular biology of DNA through a durable, visually engaging model, highlighting base pair interactions (A-T, C-G) and helical geometry.

Key features

  • 1. Durable Material Technology

  • With a sturdy wood and clear acrylic construction, you can ensure a long-lasting DNA model that’s 20% more durable than plastic alternatives*. The wooden base pairs and acrylic helices provide both structural integrity and clarity for detailed observation.

  • 2. Interactive DIY Design

  • With the hands-on assembly process, you can engage in tactile learning, enhancing retention by up to 30% compared to pre-assembled models*. Customize the model’s assembly to deepen understanding of DNA structure.

  • 3. Precision in Scientific Accuracy

  • With precise A-T and C-G base pair representation, you can study DNA structure details matching 99% of scientific standards*. The model’s accuracy supports rigorous educational or demonstration needs.

  • 4. Versatile Scenario Solutions

  • Designed for both classroom and home use, you can adapt the model to diverse educational settings, unlike single-purpose DNA models*. Its portability and assembly flexibility suit schools, museums, or home learning.

  • 5. Comprehensive Safety Certifications

  • With CPC, ASTM F963, and CE certifications, you can trust its safety and compliance, exceeding basic standards of non-certified toys*. The model meets global safety regulations for children aged 7+.

Product details

DNA Double Helix Structure Model Technology Small Handmade Diy Human Gene Biological Science Experiment Equipment DNA Model

The DNA Double Helix Structure Model is an educational science toy designed for hands-on learning about molecular biology. Crafted from durable wood, metal, and acrylic, it combines precision engineering with aesthetic appeal. Ideal for students aged 7+, this DIY kit allows assembly to explore DNA’s double helix structure, base pairing (A-T/C-G), and genetic science principles.

Technical specifications

FeatureSpecificationApplication Scenario
Material CompositionWood (base/support), Metal (reinforced joints), Acrylic (colored helical strands)Classroom demonstrations, home science projects
CertificationsCPC, ASTM F963, CE, EPR_Germany_PackingSafe use in schools and regulated markets
Age Group7-9y (guided assembly), 10-14y (independent use), >14y (advanced study)Tiered educational engagement
DIY AssemblyModular components with illustrated instructionsHands-on learning for STEM skill development
Structural Accuracy1:50 scale model with precise base pair alignmentTeaching DNA replication and genetic coding

Customization guide

Adjustable parameters:

  • Size: Customize model dimensions (e.g., 15cm vs. 30cm) to suit classroom display or portable use.
  • Color: Swap acrylic strand hues (e.g., green/yellow) for thematic educational themes.
  • Complexity: Add optional labeled base pairs or interactive components for advanced learners.

Get inspired

Bring DNA’s intricate structure to life with this tactile model! Perfect for sparking curiosity in biology, the durable design withstands frequent use, while the vibrant acrylic strands make base pairing easy to visualize. Whether for a school project or a home science experiment, this kit transforms abstract concepts into tangible learning.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Material QualityStandard wood/metalReinforced metal jointsPremium anodized aluminum
Assembly DifficultySimple (20 mins)Moderate (45 mins)Advanced (90 mins)
CertificationsCPC, ASTM F963+CE, EPR_Germany_PackingAll +ISO 9001
Educational FeaturesBasic base pairsLabeled componentsInteractive rotation stand

Supplier's note

  1. Technical Breakthroughs:

    • Acrylic Strands: 20% lighter than plastic alternatives, ensuring clarity without compromising durability.
    • Modular Design: Interchangeable base pairs enable teaching mutation scenarios (e.g., swapping A-T to G-C).
    • Full Compliance: The Pro Model meets ISO 9001, making it the only option approved for institutional bulk purchases.
  2. Version Selection Guidance:

    • Base Model: Ideal for elementary classrooms (7-9y) needing cost-effective, easy-to-assemble kits.
    • Advanced Model: Targets middle/high schoolers (10-14y) requiring labeled components for quizzes or presentations.
    • Pro Model: Best for universities or museums needing durable, certifiable models for long-term display or advanced genetics workshops.

With the Pro Model’s anodized aluminum frame, you can withstand frequent handling in high-traffic exhibits. Pair its rotation stand with labeled bases to create immersive learning stations that align with NGSS standards.

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material DurabilityClassroom labs, museumsWooden components tested to ASTM D543 (50+ assembly cycles) ▲▲▲Durable for repeated use; withstands handling (hardwood base resists warping)Heavier than plastic models (wood/acrylic combo adds 20% weight)
Assembly ComplexityDIY enthusiasts, STEM workshopsFull assembly required (20+ components, ISO 9001 quality) ▲▲Enhances hands-on learning (teaches molecular structure through building)Requires patience (takes 2–3 hours vs pre-assembled models)
Educational AlignmentK-12 biology curriculumAligned with NGSS standards (HS-LS1-1 DNA replication focus) ▲▲▲Supports standardized learning objectives (teacher guides included)Requires prior knowledge of base pairing (A-T/C-G) for full comprehension
Safety CertificationsHome use, schoolsMeets ASTM F963 safety (no small parts) + CE/EPR Germany ▲▲▲Safe for ages 7+ (rounded edges, non-toxic materials)Compliance adds cost (15% markup vs uncertified models)
Age AdaptabilityMulti-grade classroomsAdjustable difficulty (simplified base model ▲ → advanced base pairs ▲▲▲)Versatile for 7–14yo (simplified kit for younger users)Advanced features may overwhelm younger students without supervision
PortabilityField trips, science fairsLightweight acrylic strands (ISO 3801: 285g/m²) ▲▲Easy to transport (fits in 30x20cm case)Acrylic components risk cracking if dropped (wood base adds structural rigidity)

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