Description
The Fresnel Beamsplitter PR 703 from ORAFOL Fresnel Optics GmbH is a state-of-the-art optical component designed to split incoming light into two distinct paths. This highly efficient beamsplitter is ideal for applications in various optical systems, including laser technologies, telecommunications, and imaging systems. The innovative Fresnel design allows for a thinner profile, minimizing weight while maintaining exceptional optical performance.
Engineered from high-quality optical materials, the PR 703 offers impressive transmission rates, significantly reducing light loss during the splitting process. Its unique design also helps in minimizing reflection losses, ensuring that most of the light energy is effectively utilized. The beamsplitter operates reliably across a wide temperature range, making it suitable for diverse environmental conditions.
With its high durability and optical clarity, the PR 703 is the perfect choice for demanding applications requiring precision and reliability. Whether used in scientific research, industrial applications, or advanced telecommunications, the Fresnel Beamsplitter PR 703 stands out as a top-tier solution for all your optical needs.
ORAFOL Fresnel Beamsplitter PR 703
Specifications
Prism Angle: | 39 deg |
---|---|
Separation Angle: | 42 deg |
Facet Spacing: | 0.508 mm |
Clear Aperture (X): | 308.6 mm |
Clear Aperture (Y): | 308.6 mm |
Prism Length: | 308.6 mm |
Thickness: | 1.8 mm |
Features
- Innovative Fresnel Beam Splitter Design
- Linear Structure with Opposite Angles
- Two Effective Flanks for Optimal Beam Division
- Enables Controlled Division Angle
- Lightweight and Space-Efficient Construction
Applications
- Optical Systems in Imaging and Projection
- Laser Systems and Research Applications
- Photonic Devices
- Light Measurement Instruments
- Scientific and Industrial Optics
Frequently Asked Questions
What is the primary function of the PR 703?
What materials are used in the PR 703?
What is the wavelength range for this beamsplitter?
How efficient is the light transmission?
Can this beamsplitter operate in extreme temperatures?
What applications are suitable for the PR 703?
How does the PR 703 minimize reflection losses?
Is the PR 703 suitable for compact setups?
Are custom sizes available for the PR 703?
What is the durability of the PR 703?
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