Description
The Fresnel Beamsplitter PR 757 by ORAFOL Fresnel Optics GmbH is a high-performance optical component designed to split incoming light beams into two distinct paths with maximum efficiency. Utilizing advanced Fresnel optics, this beamsplitter minimizes reflection losses while offering high transmission rates. Its lightweight and compact design make it ideal for integration into various optical systems, from laser applications to optical measurement and display technologies.
Manufactured from durable, high-quality optical polymers, the PR 757 delivers excellent environmental stability, making it suitable for use in both controlled environments and harsher conditions. Its ability to handle a wide range of wavelengths and provide precise light beam division ensures that it meets the needs of professionals in industries such as telecommunications, medical instrumentation, and optical communication systems. Whether used for reflection control or beam separation, the PR 757 guarantees consistent performance and reliable results in complex optical systems.
ORAFOL Fresnel Beamsplitter PR 757
Specifications
Prism Angle: | 45 deg |
---|---|
Separation Angle: | 51 deg |
Facet Spacing: | 1.106 mm |
Clear Aperture (X): | 256.4 mm |
Clear Aperture (Y): | 206.9 mm |
Prism Length: | 256.4 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 Fresnel Beamsplitter PR 757?
What materials are used in the construction of this beamsplitter?
What is the typical transmission efficiency of the PR 757?
Can the beamsplitter be customized for different wavelengths?
What is the operating temperature range for the PR 757?
In which applications is the PR 757 commonly used?
How does the Fresnel design benefit the PR 757?
Does the PR 757 minimize reflection losses?
What industries can benefit from using the PR 757?
Is the Fresnel Beamsplitter PR 757 suitable for harsh environments?
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