SOC-210 Bidirectional Reflectometer
Advanced BRDF & BTDF Measurement System for Optical Scatter Analysis, Material Characterization, Aerospace Research, and Precision Reflectance Testing Applications
Key Features:
🌈 Broadband Spectral Measurement
Supports precise optical characterization across UV, visible, SWIR, MWIR, and LWIR spectral regions.
🎯 Automated BRDF & BTDF Analysis
Provides highly accurate bidirectional reflectance and transmittance measurements with automated scan control.
🔄 Full Hemispherical Angular Coverage
Advanced multi-axis goniometer system enables complete angular scatter and reflectance analysis.
Key Features:
🛰️ Aerospace & Optical Material Testing
Ideal for thermal control coatings, stealth materials, optical components, and aerospace surface characterization.
💻 PC-Based Automated Operation
Integrated software supports automated calibration, scan configuration, data acquisition, and analysis.
🧪 High-Precision Optical Scatter Measurement
Designed for low-noise reflectance measurements and advanced optical performance evaluation.
Applications:
🛰️ Aerospace & Defense Research
Used for characterization of spacecraft coatings, IR signature analysis, camouflage systems, and thermal control materials.
🔬 Optical Material Characterization
Suitable for evaluating coatings, mirrors, semiconductors, thin films, and engineered optical surfaces.
☀️ Reflectance & Scatter Analysis
Supports BRDF and BTDF measurements for optical scatter, gloss, and surface reflectivity studies.
💡 Illumination & Display Research
Used in photometric analysis, display technology development, and lighting system characterization.
🏭 Industrial & Laboratory Testing
Ideal for universities, research laboratories, industrial quality control, and advanced optical engineering applications.
Why Choose This Solutions?
Accurate Multi-Angle Reflectance Measurements
Provides reliable BRDF and BTDF analysis with full hemispherical coverage and precision angular control.
Advanced Automated Measurement System
Integrated software and automated scanning improve testing efficiency and repeatability.
Flexible Spectral Configuration
Supports multiple detectors and wavelength ranges for customized optical testing applications.
Trusted for Advanced Optical Research
Widely used in aerospace, defense, semiconductor, optics, and material science laboratories worldwide.
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