Research at the Highest Level
Precision by Rheonik
Accuracy of measurement results is critical to the success of research and development, and has a significant impact on the advancement of new technologies and processes. Only accurate and reproducible data allow reliable analysis, optimization and validation of complex processes. Especially in sensitive research areas such as materials science, chemistry, or automotive engineering, accurate measurements are essential to draw valid conclusions and drive future-oriented innovations. With an exceptionally wide measuring range, Rheonik Coriolis mass flowmeters help researchers reliably and accurately develop any application, supporting and driving research and innovation in virtually all industries worldwide.
Fuel Consumption Measurement for Truck Engine Development
Accurate fuel consumption measurement is critical in the development of new truck engines. To reliably demonstrate and optimize efficiency gains and emission reductions, researchers need exact measurements of flow rates and fuel consumption. Rheonik Coriolis mass flow meters provide highly accurate results with uncertainties as low as 0.05%, enabling precise analyses—from the smallest prototype to powerful series engines.
High-Performance Measurements for Formula 1 Test Engines
In high-performance environments, such as Formula 1 test engines, precision is paramount. Here, even milliseconds matter, as precise fuel consumption measurements directly impact engine performance and competitive edge. Rheonik mass flow meters ensure extremely accurate and stable data collection with their wide measurement range, facilitating fine adjustments and targeted performance optimization.
Precise Measurements in Chemical Research and Development
In chemical research and development, precise dosing and control of material flows are critical during the synthesis of new chemicals or materials. Accurate measurement of supplied or produced substances enables detailed analysis of reaction kinetics, ensuring reproducible and reliable research results. Rheonik Coriolis mass flow meters offer exceptionally accurate measurement data and, through the use of exotic materials, ensure maximum resistance to aggressive or highly corrosive substances.
Precision Flow Measurement at LHC
At the Large Hadron Collider (LHC), Rheonik mass flow meters play a critical role in managing various liquid and gaseous cooling media, including cryogenic fluids. In this highly specialized environment, accuracy and reliability are essential to maintain optimal operating conditions and ensure precise temperature control. Rheonik's advanced measurement technology contributes significantly to the stability and performance of the world's largest particle accelerator. Here, even milliseconds matter, as accurate fuel consumption measurements have a direct impact on engine performance and competitive advantage. Rheonik's mass flowmeters provide extremely accurate and stable data collection over a wide measurement range, facilitating fine tuning and targeted performance optimization.