410-LIDAR Reflectometer
Portable LiDAR Reflectance Measurement System for Autonomous Vehicle Testing, Optical Target Analysis, Aerospace Applications, and Material Characterization
Key Features of 410-LIDAR Reflectometer
🌈 Multi-Wavelength LiDAR Measurement
Measures reflectance simultaneously at 850 nm, 905 nm, 940 nm, and 1550 nm wavelengths used in LiDAR applications.
🎯 Accurate Reflectance Analysis
Provides reliable directional hemispherical reflectance measurements with excellent repeatability and accuracy.
Key Features of 410-LIDAR Reflectometer
⚡ Fast Portable Operation
Compact handheld design enables rapid calibration and measurements directly in field or laboratory environments.
💻 Easy Measurement Workflow
Integrated system supports fast data collection and simplified optical surface testing procedures.
410-LIDAR Reflectometer Applications
The 410-LIDAR Reflectometer uses an integrating-sphere measurement principle and provides directional hemispherical reflectance (DHR) measurements at a 20° angle of incidence. A complete four-wavelength measurement takes approximately 7 seconds, while calibration can be completed in about one minute using the supplied reference coupon.
🚗 Autonomous Vehicle & LiDAR Research
Used for reflectance characterization of road materials, vehicle targets, and autonomous sensing applications.
🛰️ Aerospace & Defense Testing
Suitable for optical target evaluation, IR signature studies, and aerospace surface characterization.
🔬 Optical Material Characterization
Ideal for coatings, composites, painted surfaces, and engineered reflective materials.
🏭 Industrial & Laboratory Testing
Supports research laboratories, quality control applications, and advanced optical engineering studies.
Why Choose This Solutions?
Accurate LiDAR Measurements
Provides reliable reflectance analysis at critical LiDAR wavelengths.
Fast Portable Testing
Enables quick field and laboratory measurements.
Ideal for Optical Research
Suitable for LiDAR development and material testing applications.
Trusted for Advanced Applications
Widely used in aerospace, automotive, and optical engineering industries.
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