Founded in 2002, Raymetrics is a leading high-technology company specializing in advanced atmospheric remote sensing solutions for meteorological, environmental, and climate applications. With more than two decades of experience, Raymetrics designs, manufactures, and supports state-of-the-art LiDAR systems that provide accurate, real-time monitoring of the atmosphere for research institutions, meteorological services, airports, environmental agencies, and industrial organizations worldwide.
The company’s portfolio includes aerosol and cloud LiDARs, Temperature Raman LiDARs, Doppler Wind LiDARs, ceilometer systems, and customized atmospheric monitoring solutions. Raymetrics systems are designed to deliver continuous, automated, and reliable measurements of key atmospheric parameters, including aerosol concentration and transport, cloud properties, planetary boundary layer dynamics, wind profiles, water vapor distribution, and air quality indicators.
Headquartered in Greece, Raymetrics combines innovative engineering with strong scientific expertise, maintaining close collaborations with leading universities, research centers, and international atmospheric monitoring networks. The company actively contributes to major European and international projects supporting climate research, weather forecasting, aviation safety, renewable energy optimization, and environmental protection.
A key differentiator of Raymetrics is its commitment to innovation, quality, and customer support. All systems are developed and manufactured under strict quality standards, ensuring high performance, reliability, and long-term operational stability in demanding environments worldwide.
Today, Raymetrics equipment operates across Europe, Asia, the Americas, Africa, and Oceania, supporting a global community of scientists and operational users. By transforming advanced atmospheric measurements into actionable information, Raymetrics helps organizations better understand weather, climate, and environmental processes, contributing to safer operations and a more sustainable future.
