January 7, 2021
New Products in 2021
The year 2021 continues to pose a challenge to individuals all over the globe. Societies respond. Demands and markets are changing. People are coping with the pandemic but also strive for a brighter future thereafter.
In 2021, Scintec will introduce a range of new products that shall contribute to create a better and safer world.
After AWAIRE® Aviation, an intelligent solution for wind and wind shear management on airports, AWAIRE® Air Quality and AWAIRE® Water Management will follow in 2021. Clean air to breathe and pure water to drink are basic elements for the quality of life. Scintec AWAIRE® Intelligent Solutions will help to preserve these elements.
- AWAIRE® Air Quality measures and models transport and diffusion of pollutants.
- AWAIRE® Water Management measures and models evapotranspiration of water over extended areas.
Other products to be launched in 2021 are:
- A new line of the SLS Series Scintillometers with novel laser sources that are fully eye safe and have improved optical properties for higher measurement accuracy.
- A new windRASS Extension for the LAP®3000 Radar Wind Profilers allowing both wind and temperature measurements in radio-acoustic mode.
Requests for all of the above products are already welcome.
Also scheduled for 2021 is Scintec's new web site, which will come with more details on products and applications, an enhanced customer area, a new branding and an outstanding user experience.
There is a lot that we can look forward to in 2021.
Latest News
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Indian Air Force and Indian Navy use LAP8000 Radar Wind Profilers
The Indian Air Force and the India Navy are using LAP®8000 Radar Wind Profilers as part of their meteorological infrastructure.
January 15, 2025
Airports Acquire More Scintec Radar Wind Profilers
Scintec delivered eight additional LAP3000 radar wind profilers to major airports in 2024.
February 28, 2024
Airports Can Detect Microburst 5 min Earlier
With AWAIRE® Aviation and the LAP®3000 Radar Wind Profiler, Airports can now detect microbursts up to 5 min earlier than LLWAS, Lidar and TDWR.