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  • Customizable Physics Optical Experiment Equipment Study the Influence of Concave Convex Lens on Parallel Light OEM Supported
  • Customizable Physics Optical Experiment Equipment Study the Influence of Concave Convex Lens on Parallel Light OEM Supported
  • Customizable Physics Optical Experiment Equipment Study the Influence of Concave Convex Lens on Parallel Light OEM Supported
  • Customizable Physics Optical Experiment Equipment Study the Influence of Concave Convex Lens on Parallel Light OEM Supported
  • Customizable Physics Optical Experiment Equipment Study the Influence of Concave Convex Lens on Parallel Light OEM Supported
  • Customizable Physics Optical Experiment Equipment Study the Influence of Concave Convex Lens on Parallel Light OEM Supported
Customizable Physics Optical Experiment Equipment Study the Influence of Concave Convex Lens on Parallel Light OEM Supported
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Customizable Physics Optical Experiment Equipment Study the Influence of Concave Convex Lens on Parallel Light OEM Supported

  • 1 - 499 Pieces
    $19
  • 500 - 999 Pieces
    $16
  • 1000 - 19999 Pieces
    $14
  • >= 20000 Pieces
    $13

Customization:

Customized logo（Min.Order: 5000 pieces）
Customized packaging（Min.Order: 5000 pieces）
Graphic customization（Min.Order: 5000 pieces）
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Customizable Physics Optical Experiment Equipment Study the Influence of Concave Convex Lens on Parallel Light OEM Supported

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Lens Effect Demonstration: Designed to study the influence of concave and convex lenses on parallel light, enabling clear observation of light refraction and focal point behavior.
  • Precision Measurement: Equipped with a 50 cm transparent ruler (acrylic/polycarbonate) for accurate length, width, and height measurements, supported by adjustable mounting plates for versatile object positioning.

Key features

  • 1. Durable Material Construction for Reliable Use

    • With a sturdy ABS plastic base and transparent acrylic ruler, you can ensure long-lasting durability and clear visibility during precise measurements. The materials resist wear and tear, maintaining accuracy over repeated use.

  • 2. Adjustable Design for Versatile Applications

    • With an adjustable mounting system and multiple mounting points, you can easily position lenses and objects for precise alignment and simultaneous measurements of concave and convex lenses. This design offers 30% faster setup compared to fixed tools*.

  • 3. High-Precision Measurement Capabilities

    • With a 50cm measurement range and laser-etched markings, you can achieve sub-millimeter accuracy for studying lens effects on parallel light. This precision surpasses standard lab rulers by 20%*.

  • 4. Educational & Industrial Adaptability

    • Designed for both classroom demonstrations and industrial testing, this tool enables seamless analysis of lens behavior in diverse scenarios. Its compact portability makes it ideal for field use, unlike bulky commercial alternatives*.

  • 5. Certified for Safety and Compliance

    • Equipped with CE certification, you can ensure adherence to EU safety and quality standards, providing peace of mind for laboratory and educational environments.

Product details

Customizable Physics Optical Experiment Equipment Study the Influence of Concave Convex Lens on Parallel Light OEM Supported

The Physics Optical Experiment Equipment Study Influence of Concave Lens and Convex Lens on Parallel Light is a precision tool designed for educational and industrial optics experiments. Built with durable ABS plastic and an acrylic ruler, it offers adjustable mounting systems and high-precision measurements. CE-certified, it ensures safety and reliability for studying lens behavior in light paths.

Technical specifications

FeatureSpecificationBenefitApplication Scenario
Material CompositionABS plastic base/stand, acrylic rulerDurability and clear visibilityLab environments requiring portability
Adjustable Mounting3–8 positions with adjustable platesVersatile positioning for lenses/objectsTesting multiple lens configurations
Measurement Precision±0.02mm (Pro) to ±0.1mm (Base)High accuracy for data collectionResearch and educational setups
CertificationCE compliantSafety and quality assuranceInstitutions with regulatory requirements

Customization guide

Adjustable mounting plates can be tailored to fit specific lens dimensions, enabling precise alignment for specialized optical experiments.

Get inspired

Explore the principles of optics with this precise equipment, designed to demonstrate how concave and convex lenses manipulate parallel light paths. Ideal for educational demonstrations and research projects.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Measurement Range50 cm70 cm100 cm
Precision±0.1mm±0.05mm±0.02mm
Mounting Points3 positions5 positions8 positions
Lens CompatibilityStandard sizesCustomizableUniversal

Supplier's note

  1. Technical Breakthroughs:

    • The Pro Model’s ±0.02mm precision allows for highly accurate measurements in advanced optics research.
    • The Advanced Model’s 5 mounting points enable simultaneous testing of multiple lens configurations.
    • CE certification ensures compliance with safety standards for classroom and lab use.

  2. Version Selection Guidance:

    • Base Model: Ideal for basic educational setups needing up to 50cm measurements.
    • Advanced Model: Best for research requiring higher precision and multi-lens testing (e.g., comparing convex/concave lens effects).
    • Pro Model: Optimal for industrial or high-end research with complex long-distance light path analysis (e.g., studying lens divergence over 100cm).

With the Pro Model’s 100cm range, you can analyze long-distance light divergence in precision engineering. The Advanced Model’s 5 mounting points let you test multiple lenses simultaneously, saving time in comparative studies. Choose the Base Model for classroom demonstrations where portability and simplicity are priorities.

Frequently asked questions

  • Which precision measurement tool suits optical experiments with concave and convex lenses for small labs?

  • How do I clean the precision measurement tool for optical experiments?

  • ABS vs. Acrylic in optical measurement tools: Which material is better for durability and clarity?

  • Can I adjust the mounting plates for different lens sizes in optical experiments?

  • Is this precision measurement tool CE-certified for optical lab use?

  • What experiments can I perform with this tool for concave and convex lenses?

  • What’s the maximum measurement range for this optical experiment tool?

  • Is the precision measurement tool portable for field optical experiments?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material QualityIndustrial environmentsIndustry Standard: Durable plastic (e.g., ABS) ▲ Our Base: ABS + Acrylic (ISO 3801) ▲ Our Advanced: Reinforced ABS + anti-scratch (ASTM D543)Withstands heavy use and chemicals (▲ Advanced has better scratch resistance)Heavier than metal alternatives (Industry Standard might use metal?)
Measurement PrecisionScientific researchIndustry Standard: ±0.5mm ▲ Our Base: ±0.3mm (ISO 14287) ▲ Our Advanced: ±0.1mm (ISO 14287:2020)Higher precision reduces errors (▲ Advanced is best)More expensive (Advanced costs more)
PortabilityFieldwork and mobile labsIndustry Standard: 3kg ▲ Our Base: 2.5kg (compact design) ▲ Our Advanced: 2kg (lightweight materials)Easier to transport (▲ Advanced is lightest)Sacrifices some durability for weight (Advanced’s materials may be less durable)
VersatilityMulti-object measurementsIndustry Standard: 2 mounting points ▲ Our Base: 4 points (ASTM E1256) ▲ Our Advanced: 6 points + adjustable anglesHandles more items at once (▲ Advanced has most)Setup complexity increases with points (Advanced needs more time)
CertificationsRegulated industriesIndustry Standard: CE ▲ Our Base: CE + RoHS ▲ Our Advanced: CE + RoHS + ISO 9001Meets more safety and quality standards (▲ Advanced has more certs)Higher cost for additional certifications (Advanced is pricier)
Measurement RangeLarge-scale projectsIndustry Standard: 40cm ▲ Our Base: 50cm (ISO 3801) ▲ Our Advanced: 60cm (ISO 3801:2022)Accommodates larger objects (▲ Advanced has longest range)Larger size may reduce portability (Advanced is bulkier)

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