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  • Modern Style TIR Prism with DLPTM Technology for Laser Therapy Equipment
  • Modern Style TIR Prism with DLPTM Technology for Laser Therapy Equipment
  • Modern Style TIR Prism with DLPTM Technology for Laser Therapy Equipment
  • Modern Style TIR Prism with DLPTM Technology for Laser Therapy Equipment
  • Modern Style TIR Prism with DLPTM Technology for Laser Therapy Equipment
Modern Style TIR Prism with DLPTM Technology for Laser Therapy Equipment

Modern Style TIR Prism with DLPTM Technology for Laser Therapy Equipment

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

Customization:

Customized packaging（Min.Order: 100 pieces）
Graphic customization（Min.Order: 100 pieces）
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Modern Style TIR Prism with DLPTM Technology for Laser Therapy Equipment

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Light Control: Equipped with Total Internal Reflection (TIR) and DLPTM Technology, this right-angle prism ensures accurate beam steering and alignment in laser therapy equipment, optimizing light path efficiency.
  • High-Performance Dispersion: The glass material and triangular design enable precise light refraction and dispersion, critical for applications requiring spectral analysis or beam splitting.

Key features

  • 1. Material Technology

    • With high-quality glass material, ensure minimal light absorption and optimal clarity for precise light dispersion. The low-refractive-index glass maintains light integrity, ideal for demanding applications like laser therapy.

  • 2. Interactive Design

    • With a right-angle prism design optimized for Total Internal Reflection (TIR), redirect light efficiently without intensity loss. The 60-degree angle and polished surfaces maximize reflection efficiency, enabling reliable performance in optical systems.

  • 3. Performance Parameters

    • With precision dimensional tolerance (-0.1mm) and flatness (λ), achieve exceptional optical alignment accuracy and minimal distortion. These specifications ensure consistent performance in laser therapy equipment and other precision instruments.

  • 4. Scenario Solutions

    • Designed for laser therapy equipment, enable precise light beam control and efficient energy transmission for medical applications. The prism’s TIR capability and DLPTM Technology integration make it versatile for clinical and research settings.

  • 5. Certification Standards

    • Complies with medical device safety and performance standards*, ensuring reliability in clinical environments. [*Disclaimer: Specifications subject to manufacturer confirmation.]

Product details

Modern Style TIR Prism with DLPTM Technology for Laser Therapy Equipment

The Modern Style TIR Prism with DLPTM Technology is a precision-engineered optical instrument designed for laser therapy equipment. Crafted from high-quality glass with a right-angle geometry, it ensures optimal total internal reflection (TIR) and dispersion efficiency. Its ultra-precise dimensional tolerance (-0.1mm) and lambda-level flatness guarantee reliable performance in demanding applications.

Technical specifications

FeatureSpecificationBenefit
MaterialOptical-grade glassMinimizes light absorption, ensuring clarity and durability.
Dimensional Tolerance±0.1mmEnables precise alignment in laser systems.
FlatnessLambda (λ/4 @ 632.8nm)Ensures uniform light reflection and minimal distortion.
Prism TypeRight-angle prismFacilitates total internal reflection for controlled light path.
Dispersion Efficiency98% (at 60° angle)Maximizes color separation for accurate spectral analysis.

Customization guide

Adjustable parameters include:

  • Angle calibration for specific wavelength requirements.
  • Surface coatings (e.g., anti-reflective or UV-resistant) to enhance durability in harsh environments.
  • Material composition (e.g., borosilicate glass) for thermal stability in high-power laser setups.

Get inspired

With its DLPTM Technology, this prism is ideal for laser therapy systems requiring precise light manipulation. Its right-angle design and TIR properties enable non-invasive beam steering, while its dispersion capability allows for customizable light spectra in medical diagnostics or treatment protocols.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Dispersion Efficiency95%+3% (98%)+5% (99.5%)*
Dimensional Tolerance±0.2mm±0.1mm±0.05mm
Material DurabilityStandard glassBorosilicate glassUV-coated sapphire
Angular Accuracy±1.5 arcmin±0.8 arcmin±0.3 arcmin

Supplier's note

  1. Technical Breakthroughs:

    • Precision Tolerance (±0.05mm in Pro Model): Enables sub-micron alignment in high-precision laser surgery systems.
    • DLPTM-Enhanced TIR: Reduces energy loss by 20% compared to conventional prisms, improving laser efficiency.
    • UV-Resistant Coatings: Extend operational lifespan in environments with intense UV exposure (e.g., dermatology lasers).

  2. Optimal Version Selection:

    • Base Model: Suitable for educational labs or low-power diagnostic tools where cost efficiency is prioritized.
    • Advanced Model: Ideal for clinical settings requiring thermal stability (e.g., borosilicate glass resists heat from high-power lasers).
    • Pro Model: Designed for research-grade applications, such as advanced laser therapy systems where ultra-precise angular accuracy and UV resistance are critical.

*Pro Model’s 99.5% dispersion efficiency exceeds industry benchmarks by 15%, ensuring sharper spectral separation for precision medical imaging.

Frequently asked questions

  • Which TIR prism model is best suited for precision laser therapy equipment?

  • How do I maintain the frothing nozzle of a TIR prism for laser systems?

  • Glass vs. acrylic prisms: Which is better for medical laser devices?

  • Can this TIR prism be customized for specific laser wavelengths?

  • Is this prism’s glass material FDA-approved for medical devices?

  • What makes this prism suitable for high-precision laser systems?

  • How does the right angle prism design enhance laser therapy?

  • Can this prism be integrated into compact laser therapy devices?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material QualityEducational tools, General opticsIndustry: Plastic/BK7 Glass (ASTM C672) vs Base: BK7 Glass ▲ (ISO 10545) vs Advanced: Fused Silica ▲▲ (NIST traceable)Base: Enhanced durability; Advanced: Ultra-pure for thermal stability (resists 500°C fluctuations)Advanced: 3x cost of base material due to purification process
Dimensional TolerancePrecision instruments, Surgical lasersIndustry: ±0.2mm (ISO 10360) vs Base: -0.1mm ▲ (ISO 10360) vs Advanced: -0.05mm ▲▲ (ASME B89.4.1)Base: Reduces alignment errors by 40%; Advanced: Critical for sub-micron laser focus (e.g., retinal surgery)Advanced: Requires diamond-turned machining (50% longer production time)
Surface FlatnessOptical systems, HolographyIndustry: λ/10 (632.8 nm) vs Base: λ/4 ▲ (ISO 10110) vs Advanced: λ/20 ▲▲ (ISO 10110)Base: Minimizes aberrations in beam shaping; Advanced: Achieves diffraction-limited performance (ideal for interferometry)Advanced: 20% higher rejection rate during polishing
Prism TypeLaser therapy, SpectroscopyIndustry: Equilateral prisms vs Base: Right-angle prism ▲ (TIR at 45° incidence) vs Advanced: Right-angle + AR coating ▲▲ (99.8% reflectivity)Base: Optimized for Total Internal Reflection (TIR); Advanced: Reduces light loss by 50% in multi-pass systemsAdvanced: Coating adds fragility risk (requires vibration-isolated handling)
DLPTM TechnologyMedical lasers, Adaptive opticsIndustry: No integration vs Base: Basic DLPTM (8-bit control) ▲ vs Advanced: Real-time DLPTM ▲▲ (16-bit + PID feedback)Base: Enables programmable beam shaping; Advanced: Dynamically adjusts for tissue depth in therapy (e.g., dermatology)Advanced: Requires proprietary software (training/compatibility costs)
Dispersion EfficiencyColor separation, SpectroscopyIndustry: n=1.5 glass (ISO 7884) vs Base: Low-refractive n=1.45 ▲ vs Advanced: Custom dispersion profile ▲▲ (separates 700-400 nm wavelengths)Base: Improves RGB separation in projectors; Advanced: Resolves UV-VIS spectra for chemical analysisAdvanced: Limited to specific wavelength ranges (requires custom calibration)

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