Product Overview
This glass prism is precision-crafted for optical and photonics applications. You can select glass types and grades according to optical and mechanical requirements. It provides excellent light transmission, thermal stability, and surface quality. Common applications include LED optics, laser systems, sensors, and research experiments.
Material Options
Selectable Glass Types
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BK7: Standard borosilicate glass with high clarity and low dispersion.
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Fused Silica: High UV transparency and excellent thermal stability.
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SF11, K9, or Custom Glass: Available upon request for specialized optical performance.
Purity and Quality
High optical homogeneity and low bubble content.
Ensures consistent light refraction and minimal scattering.
Thermal and Mechanical Properties
Glass selection allows tailored thermal expansion, hardness, and durability.
Suitable for laser exposure and high-intensity LED applications.
Technical Specifications (Typical)
| Parameter | Value / Range | Description |
|---|---|---|
| Material | BK7 / Fused Silica / SF11 / Custom | Optical glass type selectable |
| Shape | Triangular Prism | Standard or custom angles |
| Dimensions | 5 mm – 50 mm | Custom sizes available |
| Angle Accuracy | ± 3 arcmin | High precision for refraction |
| Surface Finish | Polished | Optical-grade, Ra ≤ 0.3 nm |
| Coating | Optional | AR coating or protective coating available |
| Transmission | 350 – 2000 nm | Depending on glass type |
| Edge Quality | Chamfer / Bevel | SEMI standard or customer requirement |
Custom dimensions, angles, and coatings can be provided on request.
Key Features
Precise Light Manipulation
High-precision angles allow accurate beam refraction, reflection, and splitting.
Optical Clarity
Low absorption and scattering across visible and near-infrared ranges.
Durable and Stable
High mechanical strength and thermal resistance.
Maintains performance under environmental and process stress.
Customizable
Glass type, grade, size, and surface finish can be tailored to application needs.
Applications
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LED Optics: Light shaping, beam steering, and illumination uniformity.
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Laser Systems: Beam splitting, steering, and wavelength separation.
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Sensors & Photonics: Optical detection, imaging, and alignment.
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Scientific Research: Laboratory experiments requiring precise optical refraction.
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Educational Demonstration: Physics and optics teaching materials.
Customization Options
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Glass type and grade selection for specific refractive index.
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Custom prism angles and sizes.
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AR or reflective coatings for enhanced optical performance.
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SSP or DSP surface finish for high-precision optics.
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Edge bevel, chamfer, or alignment marks as required.
Advantages of Custom Glass Prisms
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Adjustable optical properties via glass type selection.
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High precision angles and polished surfaces for consistent optical behavior.
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Wide wavelength transparency based on material choice.
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Suitable for LED, laser, sensor, and photonics applications.
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Reliable performance for both research and industrial uses.
