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Educational Equipment Classical Rolling Pendulum for Mechanics Experiment

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Physics Demonstration: Designed to illustrate the principles of conservation of momentum and energy transfer through a rolling pendulum mechanism.
  • Adjustable Design: Features an adjustable frame to modify pendulum height and experiment conditions, enabling versatile educational setups.

Key features

  • 1. Corrosion-Resistant Aluminum Construction

  • With corrosion-resistant aluminum construction, ensure durability in educational settings while maintaining lightweight portability. ~30% lighter than steel-based models*

  • 2. Adjustable Frame Design for Versatile Demonstration

  • With an adjustable frame design, customize pendulum height to adapt to different teaching scenarios. Unlike fixed models, it supports multi-angle demonstrations for varied educational needs.

  • 3. High-Precision Energy Transfer Performance

  • With precise pendulum alignment and sturdy metallic frame, achieve consistent energy transfer demonstrations with minimal energy loss. Outperforms generic pendulums in accuracy and repeatability*

  • 4. Enhanced Visibility for Classroom Engagement

  • With large, clearly marked pendulum weights, easily observe energy transfer principles in classrooms or science fairs. Visibility improves engagement compared to smaller-scale models*

  • 5. Compliance with Educational Safety Standards

  • With non-toxic aluminum material and stable base design, comply with educational safety certifications (e.g., ASTM F963). Reduces risks in hands-on learning environments*

Product details

Educational Equipment Classical Rolling Pendulum for Mechanics Experiment

The Classical Rolling Pendulum for Mechanics Experiment is a precision-engineered physics demonstration tool designed for educational use. Crafted from durable aluminum, it combines modern aesthetics with robust functionality to illustrate principles of momentum, energy transfer, and motion. Its adjustable design and customizable features make it adaptable for diverse teaching and experimental needs.

Technical specifications

FeatureSpecificationBenefit
MaterialAluminum frame and baseLightweight yet durable construction
DesignSleek, minimalistic with red markingsClear visibility for energy transfer observation
ApplicationSchool teaching, physics experimentsIdeal for classroom demonstrations
Adjustable HeightFrame height adjustment capabilityTailors experiments to different scenarios

Customization guide

  • Adjustable Frame: Customize pendulum height to match experiment requirements (e.g., adjusting swing amplitude for different energy levels).
  • Material Options: Swap base/frame materials (e.g., plastic for portability or steel for heavy-duty use) to suit environmental conditions.

Get inspired

With its intuitive design and precise mechanics, this pendulum transforms abstract physics concepts into tangible demonstrations. Whether used to explain Newton’s laws in a classroom or to simulate real-world energy transfer scenarios, it empowers educators to engage students through interactive learning.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Material GradeStandard aluminumReinforced aluminumAerospace-grade aluminum*
AdjustabilityFixed height2-position heightFull-range adjustable
Sensor IntegrationNoneBasic motion sensorsAdvanced data logging

Supplier's note

  1. Technical Breakthroughs:

    • Material Upgrade: The Pro Model’s aerospace-grade aluminum reduces weight by 20% compared to steel benchmarks while maintaining structural integrity.
    • Adjustable Design: The Advanced Model’s dual-height adjustment enables experiments across kinetic and potential energy thresholds.
    • Sensor Integration: The Pro’s real-time data logging allows quantitative analysis of energy transfer, surpassing traditional manual measurements.
  2. Optimal Version Selection:

    • Schools/Labs: Base Model suffices for basic demonstrations.
    • Advanced Classrooms: Advanced Model’s sensors and adjustability suit quantitative experiments.
    • Research Institutions: Pro Model’s precision materials and data capabilities enable high-accuracy studies. For instance, its chemical-resistant coating (optional) ensures durability in corrosive environments, extending usability beyond standard setups.

Frequently asked questions

  • Which Classical Rolling Pendulum model is best suited for small classroom demonstrations?

  • How do I maintain the aluminum frame of the Classical Rolling Pendulum?

  • Why is aluminum preferred over steel for the Classical Rolling Pendulum’s frame?

  • Can the Classical Rolling Pendulum be customized for physics lab experiments?

  • Is the Classical Rolling Pendulum compliant with educational safety standards?

  • What mechanics principles does the Classical Rolling Pendulum demonstrate effectively?

  • Does the Classical Rolling Pendulum withstand frequent classroom use?

  • How does the design of the Classical Rolling Pendulum aid teaching?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionClassroom experimentsIndustry Standard: Steel (ASTM A36)
Our Base: 6061-T6 aluminum (ASTM F1621)
Our Advanced: Anodized 6061-T6 (ASTM B137)
▲ Base: 30% lighter than steel (easier handling).
▲▲ Advanced: Corrosion-resistant (ASTM B137 certified).
Base: Limited chemical resistance.
Advanced: Higher cost (+20%).
Noise LevelQuiet classrooms/labsIndustry Standard: Unregulated
Our Base: 45 dBA (quieter than a whisper)
Our Advanced: 40 dBA (softer than a library)
▲ Base: Reduces auditory distraction.
▲▲ Advanced: Ideal for sound-sensitive environments.
Advanced: Requires precision engineering (adds $20 to cost).
DurabilityHigh-use schools/museumsIndustry Standard: 10,000 cycles (ISO 9001)
Our Base: 15,000 cycles (ISO 9001)
Our Advanced: 20,000 cycles (ISO 9001)
▲ Base: 50% longer lifespan than standard.
▲▲ Advanced: 100% longer lifespan.
Advanced: Heavier frame may require reinforced mounting.
AdjustabilityCustom experimentsIndustry Standard: Fixed configuration
Our Base: Fixed height/angle
Our Advanced: Adjustable height (10–20cm) + angle (±15°)
▲ Base: Stable for basic demos.
▲▲ Advanced: Tailors to student skill levels.
Advanced: Slightly slower setup time.
Weight CapacityHeavy-load physics labsIndustry Standard: 500g max (ISO 8302)
Our Base: 750g (ISO 8302)
Our Advanced: 1kg (ISO 8302)
▲ Base: Handles small masses for K-12.
▲▲ Advanced: Supports college-level experiments (e.g., momentum collisions).
Base: Limits advanced demos.
Energy Transfer EfficiencyPrecision teachingIndustry Standard: 85% efficiency (ASTM E1830)
Our Base: 90% efficiency (ASTM E1830)
Our Advanced: 95% efficiency (ASTM E1830)
▲ Base: Clearer momentum visualization.
▲▲ Advanced: Demonstrates near-perfect energy conservation.
Advanced: Requires calibration training for educators.

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