About Us
ENVISIONING THE FUTURE. DELIVERING TECHNOLOGY.
Tesscorn was founded in 1993. The company has built its reputation as a leading supplier of top quality electromechanical instrumentation for research institutions in the environmental, aerospace, automotive, defence sectors. Over the years we have developed a network of suppliers, all leaders in their fields, providing unique technologies across a broad spectrum of Fluid Dynamics and Aerosol Research related applications. Our long-time and well established presence in flow field dynamics and knowledge about Imaging and Phase Doppler technique makes us a reliable technology partner and consultant. We pride ourselves on the valuable relationships we have developed with our research, industrial, and defence customers over many years.
OUR PRODUCT EXPERTISE
We offer AEROSOL INSTRUMENTATION for applications ranging from atmospheric and climate studies to engine emissions to inhalation toxicology. We have built a network of suppliers, leaders in their fields, all providing unique technologies for a broad spectrum of applications. Our aerosol instrumentation includes instruments to measure chemical and physical properties of atmospheric aerosol, including aerosol mass spectrometers, differential mobility analyzers and optical instruments. Our cloud physics instrumentation includes instruments to measure cloud properties including the key parameters of droplet size distribution, liquid water content and ice crystal size and habit distributions. These instruments are based around optical scattering and imaging techniques.
Tesscorn AeroFluid, Inc. is a leading supplier of scientific instruments serving the FLOW DYNAMICS and PARTICLE DIAGNOSTICS researcher with state-of-the-art measurement systems providing flow and particle information in a wide range of applications including: aerodynamics, spray diagnostics, hydrodynamics, multiphase flows, and many more.
Our atmospheric remote sensing technologies are designed to deliver accurate, real-time insights into the composition and behavior of the Earth’s atmosphere. Ground-based LiDAR systems measure cloud altitude and detect atmospheric aerosols with high precision, enabling detailed vertical profiling of atmospheric conditions. Long-Wave Infrared (LWIR) cameras, deployed on both ground-based and airborne platforms, provide high-resolution spectral data in the LWIR range. These imaging systems are ideal for applications such as gas detection, mineral identification, and environmental monitoring. As global focus intensifies on air quality and climate change, our remote sensing instruments offer reliable, science-driven solutions to monitor atmospheric conditions, support research, and inform policy.