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  • Custom Quartz K9 Optical Glass Cube Rectangular Prisms with Tetrahedral Beam Splitter Prism
  • Custom Quartz K9 Optical Glass Cube Rectangular Prisms with Tetrahedral Beam Splitter Prism
  • Custom Quartz K9 Optical Glass Cube Rectangular Prisms with Tetrahedral Beam Splitter Prism
  • Custom Quartz K9 Optical Glass Cube Rectangular Prisms with Tetrahedral Beam Splitter Prism
  • Custom Quartz K9 Optical Glass Cube Rectangular Prisms with Tetrahedral Beam Splitter Prism
  • Custom Quartz K9 Optical Glass Cube Rectangular Prisms with Tetrahedral Beam Splitter Prism
Custom Quartz K9 Optical Glass Cube Rectangular Prisms with Tetrahedral Beam Splitter Prism

Custom Quartz K9 Optical Glass Cube Rectangular Prisms with Tetrahedral Beam Splitter Prism

  • 5 - 499 Pieces
    $10
  • >= 500 Pieces
    $9.50

Customization:

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

Custom Quartz K9 Optical Glass Cube Rectangular Prisms with Tetrahedral Beam Splitter Prism

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Optics: A high-precision quartz K9 optical glass cube designed for beam splitting, refraction, and interference experiments. Its tetrahedral beam splitter prism enables accurate light manipulation in optical systems.
  • Ultra-High Precision: Engineered with a dimensional tolerance of ±0.01mm and flatness of λ (wavelength级别), ensuring exceptional alignment and performance in sensitive optical setups.

Key features

  • 1. Precision-Crafted Quartz K9 Glass

  • With Quartz K9 optical glass, you can achieve unparalleled clarity and minimal light dispersion for high-precision optical applications. Its high purity and low refractive index deviation ensure superior performance compared to standard glass prisms*.

  • 2. Ultra-High Precision Engineering

  • With ±0.01mm dimensional tolerance and λ flatness, you can ensure flawless alignment in sensitive optical setups, outperforming conventional prisms with looser tolerances*.

  • 3. Tetrahedral Beam Splitter Design

  • With a precisely angled tetrahedral structure, you can split and redirect light beams with surgical accuracy, ideal for laser systems and interferometry experiments.

  • 4. Versatile Scenario Adaptability

  • Designed for both educational demonstrations and professional research, you can use this prism in labs, universities, or industrial optics for tasks like polarization analysis or beam steering.

  • 5. Optical-Grade Certification Compliance

  • Meeting stringent optical instrument standards, you can trust its durability and reliability for critical applications requiring certification-level precision*.

Product details

Custom Quartz K9 Optical Glass Cube Rectangular Prisms with Tetrahedral Beam Splitter Prism

The Custom Quartz K9 Optical Glass Cube Rectangular Prisms with Tetrahedral Beam Splitter Prism is engineered for precision optical applications. Crafted from high-clarity K9 quartz glass, it offers exceptional optical transparency and durability, with ultra-fine dimensional tolerance (-0.01mm) and surface flatness (λ). Ideal for beam splitting, polarization studies, and educational demonstrations, this prism ensures repeatable results in demanding environments.

Technical specifications

FeatureSpecificationBenefit
MaterialK9 Quartz GlassHigh refractive index (1.518) for precise light manipulation
Dimensional Tolerance±0.01mmEnsures micron-level accuracy in alignment
Surface Flatnessλ (1/10 λ peak-to-valley)Minimizes aberrations for clear optical paths
Application ScenarioOptical experiments, laser systems, educational toolsVersatile for lab setups and industrial prototyping

Customization guide

Adjustable parameters include:

  • Size: Customize dimensions (e.g., 25x25x25mm to 50x50x50mm) to fit specific optical setups.
  • Coatings: Add anti-reflective or dielectric coatings for enhanced beam control.
  • Material Grade: Opt for fused silica or BK7 glass for specialized thermal or UV requirements.

Get inspired

Use this prism to split laser beams with precision, demonstrate refraction principles, or integrate it into interferometry systems. Its sharp edges and optical-grade surfaces ensure reliable performance in both academic and industrial applications.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Dimensional Tolerance±0.01mm±0.008mm (+20%)±0.005mm (+50%)*
Surface Flatnessλ (1/10 λ)½λ (1/20 λ)¼λ (1/40 λ)
Material GradeK9 Quartz GlassUV-Enhanced K9Fused Silica

Supplier's note

  1. Technical Breakthroughs:

    • Precision Tolerance: The Pro Model’s ±0.005mm tolerance enables micron-level alignment in laser systems.
    • Surface Flatness: The Advanced Model’s ½λ flatness reduces interference errors by 40% compared to industry standards.
    • Material Upgrades: Fused silica in the Pro Model withstands extreme temperatures, ideal for aerospace testing.
  2. Optimal Version Selection:

    • Base Model: Suitable for educational labs and basic research requiring standard precision.
    • Advanced Model: Ideal for R&D teams needing enhanced optical clarity for beam-splitting experiments.
    • Pro Model: Designed for industrial prototyping and high-stakes applications like semiconductor lithography. With its fused silica, you can maintain structural integrity under thermal stress. Pair it with anti-reflective coatings to achieve 99.9% light transmission.

Frequently asked questions

  • Which optical prism model suits precise beam-splitting applications like interferometry?

  • How do I clean and maintain a Quartz K9 glass cube for long-term use?

  • What are the advantages of Quartz K9 glass over BK7 glass for optical prisms?

  • Can I customize the dimensions or add coatings to the optical glass cube?

  • Is the Quartz K9 glass cube ISO-certified for optical instrument standards?

  • What applications benefit from the cube’s -0.01mm precision tolerance?

  • How does the flatness (λ) specification enhance optical experiments?

  • Are these glass cubes suitable for industrial laser systems?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Dimensional PrecisionLaser alignment, microscopy, precision engineeringIndustry Standard: ±0.02mm (typical for basic optical components) → Our Base: ±0.01mm (▲100% improvement) → Our Advanced: ±0.005mm (▲300% improvement over standard)Ensures sub-micron accuracy for critical alignment tasks.Advanced versions require specialized calibration tools.
Surface FlatnessInterferometry, beam splittingIndustry Standard: λ/4 flatness (ISO 10110) → Our Base: λ/10 (▲60% improvement) → Our Advanced: λ/20 (▲90% improvement)Minimizes wavefront distortion in high-precision optical setups.Higher flatness may reduce edge durability in rugged environments.
Material QualityHigh-temperature/corrosive environmentsIndustry Standard: Soda-lime glass → Our Base: Borosilicate (ASTM D543: 50+ chemical resistances) → Our Advanced: Quartz K9 (withstands 100+ chemicals, 500°C+)Quartz K9 offers extreme durability and chemical resistance.Quartz K9 may be more brittle than other glass types.
Optical ClaritySpectroscopy, high-res imagingIndustry Standard: 90% light transmission → Our Base: 92% (▲2.2% improvement) → Our Advanced: 95% (▲5.5% improvement)Reduces signal loss, enhancing image clarity and spectral accuracy.Ultra-clear coatings may increase fragility and cost.
Refractive Index StabilityTemperature-sensitive systemsIndustry Standard: ±0.001 (20°C ±5°C) → Our Base: ±0.0005 (▲50% stability) → Our Advanced: ±0.0002 (▲300% stability)Maintains performance consistency across varying temperatures.Requires precise temperature control for optimal results.
Impact ResistanceField deployments, portable systemsIndustry Standard: 1.5mm thickness → Our Base: 2.0mm (▲33% thicker) → Our Advanced: 2.5mm (▲66% thicker, 40% stronger)Enhanced durability for rugged use cases like outdoor deployments.Thicker prisms add weight and bulk to setups.

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