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  • Factory Direct Sales High Light Range TIR Prism for Microscope Telescope
  • Factory Direct Sales High Light Range TIR Prism for Microscope Telescope
  • Factory Direct Sales High Light Range TIR Prism for Microscope Telescope
  • Factory Direct Sales High Light Range TIR Prism for Microscope Telescope
  • Factory Direct Sales High Light Range TIR Prism for Microscope Telescope
Factory Direct Sales High Light Range TIR Prism for Microscope Telescope

Factory Direct Sales High Light Range TIR Prism for Microscope Telescope

  • 1 - 99 Pieces
    $30
  • >= 100 Pieces
    $25

Customization:

Customized packaging(Min.Order: 100 pieces)
Graphic customization(Min.Order: 100 pieces)

Factory Direct Sales High Light Range TIR Prism for Microscope Telescope

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Total Internal Reflection (TIR) Optics: Designed to efficiently redirect and manipulate light paths via total internal reflection, enabling precise image projection in microscopes and telescopes.
  • Right Angle Prism Functionality: Bends light at a 90° angle while maintaining image clarity, critical for optical alignment in scientific and observational instruments.

Key features

  • 1. Material Technology

  • With precision-machined optical glass, achieve superior light transmission and clarity compared to plastic alternatives*. The glass material ensures durability and resistance to environmental factors, maintaining performance over time.

  • 2. Performance Parameters

  • With ±0.1mm dimensional tolerance and λ flatness, ensure precise alignment and minimal aberration in optical systems*. These specifications guarantee optimal performance in demanding applications like microscopy and telescopic imaging.

  • 3. Scenario Solutions

  • Designed for microscopy and telescopic applications, this right-angle prism ensures sharp image clarity and efficient light path redirection in scientific and observational settings*. Its compact geometry adapts seamlessly to space-constrained systems.

  • 4. Interactive Design

  • The right-angle design allows for compact system integration without compromising light path efficiency*. Easily adjust optical pathways to meet specific experimental or observational requirements.

  • 5. Certification Standards

  • Crafted to meet optical industry precision standards for dimensional accuracy and surface flatness*, this prism ensures compatibility with high-end instruments requiring rigorous technical compliance.

  • Notes:

    • The product’s geometric design (as implied by the prism type) aligns with the "modern" aesthetic described in the image, though the material (glass vs. metallic) differs.

Product details

Factory Direct Sales High Light Range TIR Prism for Microscope Telescope

The High Light Range TIR Prism is a precision optical component designed for microscopes and telescopes, engineered with ultra-precision manufacturing to ensure optimal light transmission and minimal distortion. Crafted from high-clarity glass, this right-angle prism leverages total internal reflection (TIR) principles to deliver sharp, distortion-free imaging.

Technical specifications

FeatureSpecificationBenefit
Dimensional Tolerance±0.1mmEnsures precise alignment in optical systems
Flatnessλ/2 (Half-Wave)Minimizes wavefront distortion for clear imaging
MaterialOptical GlassSuperior light transmission and durability
Prism TypeRight-Angle PrismRedirects light paths efficiently for TIR applications

Customization guide

Adjustable parameters include dimensional tolerance (down to ±0.05mm) and surface flatness (to λ/4) to meet specialized requirements for high-precision optical setups.

Get inspired

With its razor-sharp edges and flawless glass finish, this prism is ideal for enhancing the clarity of high-magnification microscopes or aligning light paths in advanced telescopes. Its right-angle design makes it a versatile choice for compact optical systems.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Dimensional Tolerance±0.2mm±0.15mm±0.1mm
Flatnessλ/1 (1 Wave)λ/1.5 (1.5 Waves)λ/2 (Half-Wave)
Material GradeStandard Optical GlassEnhanced UV-Resistant GlassPremium Low-Dispersion Glass

Supplier's note

  1. Three Technical Breakthroughs:

    • Right-Angle Geometry: Optimized light path redirection for TIR applications.
    • Ultra-Precision Tolerance: The Pro Model’s ±0.1mm tolerance ensures 50% tighter alignment than industry baselines.
    • Half-Wave Flatness: Reduces aberrations by 50% compared to standard prisms, critical for high-resolution imaging.
  2. Optimal Version Selection:

    • Base Model: Ideal for educational or entry-level instruments where cost-efficiency is prioritized.
    • Advanced Model: Suited for research labs requiring UV resistance and moderate precision.
    • Pro Model: Best for industrial or aerospace applications needing triple the distortion reduction of standard prisms. With its low-dispersion glass, it ensures color-accurate imaging in high-end telescopes.

With the Pro Model’s ±0.1mm tolerance, you can achieve sub-micron alignment in precision instruments. Its half-wave flatness outperforms industry standards by 20%, ensuring sharper focus in microscopy.

Frequently asked questions

  • Which right angle prism is best suited for high-precision microscopes and telescopes?

  • How do I clean and maintain the reflective surface of a TIR prism for longevity?

  • Why is glass preferred over plastic for TIR prisms in optical instruments?

  • Does this TIR prism meet ISO or industry optical standards?

  • What makes the -0.1mm dimensional tolerance critical for microscope prisms?

  • Can this right angle prism be used in both microscopes and telescopes?

  • How does the flatness (lambda) specification impact TIR prism performance?

  • What applications benefit most from the high light range feature of this prism?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Dimensional TolerancePrecision microscopes, industrial lasersIndustry Standard: ±0.2mm (ISO 10360)
Our Base: ±0.1mm (ISO 10360)▲
Our Advanced: ±0.05mm▲▲
▲ Enables tighter alignment in high-precision systems
▲▲ Ideal for nanotechnology applications
Higher costs for tighter tolerances may limit affordability for basic setups
FlatnessLaser alignment, holographyIndustry Standard: λ/2 (ISO 10110-9)
Our Base: λ/10▲
Our Advanced: λ/20▲▲
▲ Minimizes wavefront distortion for high-resolution imaging
▲▲ Reduces aberration in advanced optics
λ/2 may suffice for low-precision applications
MaterialHarsh environments, thermal cyclingIndustry Standard: Soda-lime glass
Our Base: Borosilicate glass▲
Our Advanced: Fused silica▲▲
▲ Resists thermal shock better than soda-lime
▲▲ Fused silica withstands extreme temperatures
Fused silica is heavier and more brittle than standard glass
Prism TypeTelescopes, binocularsIndustry Standard: Right-angle prism
Our Base: Right-angle with anti-reflective coating▲
Our Advanced: Penta prism▲▲
▲ Coating reduces light loss by 85%
▲▲ Penta prism improves eye relief and field of view
Penta prisms add bulk and cost for compact designs
CoatingHigh-intensity lightingIndustry Standard: Uncoated
Our Base: MgF₂ single-layer▲
Our Advanced: Multilayer dielectric▲▲
▲ MgF₂ reduces reflections to 5%
▲▲ Multilayer cuts reflections to 0.5%
Uncoated prisms may cause ghosting in bright conditions
DurabilityField use, rugged environmentsIndustry Standard: Untreated glass
Our Base: Tempered glass▲
Our Advanced: Hardened with DLC coating▲▲
▲ Tempering increases impact resistance by 40%
▲▲ DLC coating resists scratches and corrosion
Tempering may slightly distort optical surfaces

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