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Optical Scattering Measurement
Get accurate, custom scattering measurements with help from our optical experts
Scattering Measurement with Greater Precision and Efficiency
Quickly and accurately quantify the light propagated from any surface or material with Keysight optical scattering measurement services. Easily characterize how light is reflected or transmitted depending on the angle of incidence, wavelengths, polarization, and observation angle. You can also identify imperfections in optical surfaces or light reflections off mechanical elements.
Our optical experts will provide you with custom, clear measurements across various aspects of your optical design process. These include initial research, defect detection, and data-informed simulation.
Benefits of Optical Scattering Measurement
Improved research and development
Compare the scattering behavior of various surface and material types to make the best choice for your project.
Better quality control
Use scattering measurements to help diagnose defects in your manufacturing process, which originate from elements in the optical measurement system.
Accurate simulations
Obtain real-world scattering data to include in optical measurement system digital twins to help manage performance, production, and costs.
Measurement Services
Need custom scattering measurements? Our in-house laboratory is light- and temperature-controlled to provide an optimal measurement environment. Get the following SmartStart Measurement Services from our optical experts:
- 2D and 3D bidirectional scattering distribution function or BSDF (front and back) measurements
- High-resolution BSDF measurements
- Spectral BSDF measurements
- Total internal reflectivity (TIR) measurements
- Total integrated scatter (TIS) measurements
- Ultraviolet (UV), visible, and infrared radiation (IR) wavelengths measurements (from 280 nm to 10.6 microns)
Related Products and Optical Scattering Measurement Equipment
We offer a comprehensive suite of hardware solutions designed to deliver precise light scattering data for materials and media in optical systems. These tools enable you to measure your own optical samples and seamlessly import custom data into Keysight's advanced optical design software.
Mini-Diff V2
Measure the BRDF and BTDF of any kind of material and object with the Mini-Diff V2. The Mini-Diff V2 is a compact, portable solution for optical scattering characterization. It accurately captures measured surface characteristics, including roughness, defects, coatings, and paint. Mini-Diff V2 comes with its own suitcase, which includes calibration standards, software, and cables.
REFLET 180S
Perform spot inspection or quick analysis with the easy-to-use REFLET 180S optical bench. REFLET 180S is especially suited for backward and forward light scatter characterization for all types of materials and objects. This light scattering instrument allows you to measure the light distribution contained in the radiation lobe of these materials in photometric and colorimetric terms. The system is used for BRDF and BTDF measurement, which represents the way any surface scatters incoming light in 3D space.
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Optical Scattering Measurement — FAQ
An optical scattering measurement characterizes how light is reflected or transmitted from any surface or material. It quantifies the amount of light propagated from a surface or material depending on the angle of incidence, wavelengths, polarization, and observation angle.
We perform SmartStart Measurement Services from our in-house laboratory. The laboratory has strict temperature and humidity regulation, helping ensure the accuracy of your custom measurements. Specific services include 2D and 3D BSDF, high-resolution BSDF, TIR measurements, TIS measurements, and more.
The SmartStart Libraries store hundreds of optical measurements. We continuously augment our SmartStart Libraries to expand your access to precision light scattering data for faster, physics-based system modeling. LightTools and LucidShape offer SmartStart Libraries containing materials and media commonly used in the design of optical systems. This helps you save time and reduce development costs.