Description
Plate Beamsplitters by Rocky Mountain Instrument Co. are expertly engineered to divide an incident, monochromatic beam into reflected and transmitted components with a precise intensity ratio. These optical components are essential in various high-precision applications where the control of light is paramount. The beamsplitters feature a specialized coating on one side that is sensitive to polarization, allowing for partial reflection, while the reverse side is treated with a high-efficiency, narrowband anti-reflection coating. This dual-coating approach ensures optimal performance and efficiency in light management.
Crafted from a range of materials including BK7, UVFS, FS, ZnSe, Ge, and Chalcogenide glass, these beamsplitters are designed to meet rigorous industry standards. The meticulous attention to detail in the manufacturing process guarantees exceptional surface quality and precision. The plate beamsplitters are capable of handling a variety of wavelengths with outstanding surface figures and quality, ensuring minimal light distortion and maximum clarity.
RMI's commitment to excellence is reflected in the precise specifications of their plate beamsplitters. With a diameter tolerance of +0.000", –0.010" and thickness tolerance of ±0.010", these components offer consistent performance that meets the demands of the most challenging optical systems. The wedge angle is maintained at ≤ 3 arc minutes, and the bevels are crafted to 0.010" - 0.030" at a 45° angle, ensuring seamless integration into any optical setup. The clear aperture, which constitutes the central 85% of the diameter, provides ample space for light passage, while the anti-reflection coating ensures that reflectance is kept to a minimum.
Rocky Mountain Instrument Co. prides itself on its collaborative approach, working closely with customers to transform prototype concepts into manufacturable solutions. This dedication to customer satisfaction and technical excellence makes RMI a trusted partner in the field of optics. For inquiries or to request a quote, contact RMI at +1.303.664.5000 or via email at Sales@RMIco.com.
Plate Beamsplitters: Polarization-Sensitive with Partial Reflection Coating
Specifications
| Substrate: | BK7, UV Fused Silica |
|---|---|
| Wavelength Range: | 300 – 2000 nm |
| Surface Figure: | Lambda/20 @ 632 nm |
| Surface Quality: | 10-5 Scratch-Dig |
| Thickness And Diameter: | Custom |
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Features
- High-Quality Materials: Available in BK7, UVFS, FS, ZnSe, Ge, and Chalcogenide glass to suit various optical applications.
- Precise Angle of Incidence: Designed for a 45º angle of incidence, optimizing performance for specific applications.
- Superior Surface Figure: Achieves λ/20 at 632 nm for BK7, UVFS, FS, and λ/40 at 10.6 μm for ZnSe, Ge, and Chalcogenide glass, ensuring high precision.
- Excellent Surface Quality: Features a surface quality rating of 10-5 for BK7, UVFS, FS, and 40-20 for ZnSe, Ge, and Chalcogenide glass.
- Exact Diameter Tolerance: Maintains a diameter tolerance of +0.000", –0.010" for precise fitting.
- Reliable Thickness Tolerance: Offers a thickness tolerance of ±0.010", providing consistency across products.
- Minimal Wedge: Wedge specification of ≤ 3 arc minutes, ensuring minimal beam deviation.
- Customizable Bevels: Bevels range from 0.010" to 0.030" at 45°, catering to specific design needs.
- Clear Aperture: Ensures a clear aperture of the central 85% of the diameter for optimal light transmission.
- Variable Reflectance: Reflectance options include R < 90% ± 3%, R = 90% – 95% ± 2%, R = 96% – 98% ± 1%, and R > 98% ± 0.5% to meet diverse requirements.
- Advanced Anti-Reflection Coating: Features an anti-reflection coating with R ≤ 0.5% at 45º for unpolarized light, enhancing performance.
Applications
- Optical Instrumentation: Utilize plate beamsplitters in optical setups to divide an incident, monochromatic beam into reflected and transmitted components with specified intensity ratios.
- Laser Systems: Integrate plate beamsplitters in laser systems for beam routing and intensity control, thanks to their precise reflectance and transmission specifications.
- Scientific Research: Employ plate beamsplitters in laboratories for experiments requiring beam splitting with minimal loss and high precision.
- Telecommunications: Use plate beamsplitters in fiber optic systems to manage signal paths and intensity ratios effectively.
- Medical Imaging: Implement plate beamsplitters in imaging devices to enhance optical paths and improve image clarity.
- Photography and Cinematography: Apply plate beamsplitters in camera systems to achieve desired lighting effects and reflections.
- Microscopy: Utilize plate beamsplitters in microscopes to direct light paths and enhance image detail and contrast.
Frequently Asked Questions
What is a Plate Beamsplitter?
What is the reflectance of RMI Plate Beamsplitters?
What are the materials used in RMI Plate Beamsplitters?
What is the angle of incidence for RMI Plate Beamsplitters?
What is the surface quality of RMI Plate Beamsplitters?
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