Description
The Fresnel Beamsplitter PR 713 by ORAFOL Fresnel Optics GmbH is an advanced optical component designed to split light beams with high precision. Utilizing Fresnel technology, this beamsplitter efficiently divides incident light into two distinct beams while minimizing losses, ensuring optimal performance in various optical systems. Its lightweight and compact design is achieved by leveraging Fresnel microstructures, reducing material thickness without compromising optical quality.
This beamsplitter is ideal for applications that demand high transmission efficiency, such as laser systems, optical measurement devices, and display technologies. Its high transmission and reflection ratio make it perfect for integrating into compact, high-performance systems. Designed to function within a wide wavelength range, the PR 713 beamsplitter is versatile and can be customized for specific wavelength needs.
Manufactured with high-quality optical polymers, it is durable and resistant to environmental variations, making it suitable for use in diverse conditions. The PR 713 is known for delivering high performance even in demanding optical setups, making it a preferred choice in research, industrial, and commercial applications.
ORAFOL Fresnel Beamsplitter PR 713
Specifications
Prism Angle: | 45 deg |
---|---|
Separation Angle: | 51 deg |
Facet Spacing: | 0.305 mm |
Clear Aperture (X): | 340.1 mm |
Clear Aperture (Y): | 269.2 mm |
Prism Length: | 340.1 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 713?
What materials are used in the PR 713?
Is the PR 713 customizable for specific wavelengths?
What is the transmission efficiency of the PR 713?
What are typical applications of the PR 713?
How does the Fresnel design benefit the beamsplitter?
What is the operating temperature range for the PR 713?
Does the PR 713 support high-precision applications?
Can the PR 713 be used in outdoor environments?
How does the PR 713 minimize unwanted reflections?
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