Met-Flow has pioneered ultrasonic velocity profile measurement since 1990. Met-Flow has a unique know-how in instrumentation and software that precisely measures liquid flows velocity in both transparent and opaque liquids, using ultrasound signals. Being a spin-off of the Swiss Federal Institute of Technology, Met-Flow’s main market mainly includes universities, institutes of technology, government and private research agencies. The measurement technology manufactured by Met-Flow can be widely applied in the industries dealing with any kind of liquids, transparent, opaque, suspensions, etc. Collaborating with a sales force of 20 agents representing more than 30 countries, the company is currently seeking to expand its sales upon the launch of the new generation of its main instrument UVP-DUO. Met-Flow guarantees the Swiss quality, with UVP-DUO being exclusively manufactured within the country. The company and its associates extensively support sustainability, carbon footprint reduction, renewable energies as well as the overall well-being of the humanity and seeks to cooperate with the like-minded businesses/entrepreneurs.
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Met-Flow released today new products 💦 With probe holders, our customers and users get simple and advanced solutions to setup their test environments. Find out more on our pages: - Probe holders https://lnkd.in/eNcRdjZC - Advanced probe holders https://lnkd.in/eEjrd-53
Met-Flow released today new products 💦 With probe holders, our customers and users get simple and advanced solutions to setup their test environments. Find out more on our pages: - Probe holders https://lnkd.in/eNcRdjZC - Advanced probe holders https://lnkd.in/eEjrd-53
Swiss-made for over 30 years. ⛰️ The UVP-DUO continues to be the state-of-the-art solution for measuring various fluid properties. Discover more https://lnkd.in/eAabRfw7
🍯 Ultrasonic Spinning Rheometry (USR) updates 🔬 Researchers used UVP-DUO to analyze the rheological properties of complex dysphasia diets. By measuring velocity profiles, they evaluated viscosity changes in nutritional drinks, tomato juice, and rice gruel. 📊 Key Insights: - Accurate viscosity curves for heterogeneous foods - Detailed analysis of shear-thinning behaviors - Real-time tracking of enzymatic hydrolysis in rice gruel 🌟 UVP-DUO's precision is transforming how we understand and evaluate food textures. #Innovation #FoodScience #UVPDUO #Rheology #MedicalResearch 🌿📈🔬 https://lnkd.in/eyqfGC45
Ultrasonic Spinning Rheometry (USR) with Complex Fluids 🥶 🔬 Researchers used UVP-DUO with Ultrasonic Spinning Rheometry (USR) to study complex fluids like silicon oil, polymer solutions, and multi-phase fluids. They achieved detailed velocity profiles and precise rheological measurements. 📊 Key Insights: - Accurate phase lag and viscosity measurements - Shear-thinning behavior in polymer solutions - Thixotropic characteristics in clay dispersion - Enhanced understanding of multi-phase fluid dynamics 🌟 UVP-DUO is transforming the way we analyze fluid properties! #Innovation #Rheology #UVPDUO #FluidDynamics #ScientificResearch 🌡️📈🔬 Read the full blog post here: https://lnkd.in/erCrG6Ji
🚀 Suspending sediments in Dam Reservoir with Thrusters 🚀 🔬 Researchers at EPFL used UVP-DUO to study how thrusters can keep fine sediments suspended in reservoirs. This helps combat sedimentation, which impacts hydropower and dam safety. 📊 Key Insights: - Detailed velocity profiles from UVP-DUO - Effective sediment suspension using thrusters - Optimized configurations for maximum efficiency #Innovation #ReservoirManagement #UVPDUO #HydraulicEngineering 🌍📈🔬 https://lnkd.in/eXRaiZkU
🌐 Quality Without Compromise! 💎 Where Very High Quality Meets Fluid Dynamics Analysis 💎 Trust Met-Flow's UVP-DUO to set new standards in your critical investigations. #QualityFirst #MetFlowTechnology #GoldStandard Learn more at https://lnkd.in/e-R4CUJa
🌋 Unlocking Heat Transfer Secrets with UVP-DUO! Thermal convection - Buoyant blobs 🔬 Researchers at Hokkaido University used UVP-DUO to study heat and momentum transfer in liquid gallium, a low Prandtl number fluid. They analyzed the behavior of buoyant blobs and thermal plumes, providing new insights into thermal convection. 📊 Key Findings: - Detailed velocity profiles of buoyant blobs - Rapid decay of vortex structures when buoyant force opposed motion - Faster heat transfer compared to momentum transfer in thermal plumes 🌟 UVP-DUO's precision is revolutionizing our understanding of thermal dynamics in opaque fluids! #Innovation #HeatTransfer #UVPDUO #ThermalConvection #FluidDynamics 🌡️📈🔬 https://lnkd.in/eNtfpcvc
🚀 Advancing flow measurements in deformed elastic tubes 🚀 🔬 Researchers used UVP-DUO to measure complex flow in deformed elastic tubes. The study focused on capturing accurate velocity profiles in non-parallel flow conditions. 📊 Key Insights: - Enhanced accuracy with multiple transducers - Symmetric velocity profiles in complex geometries - Improved data for shear rate calculations 🌟 UVP-DUO's precision is revolutionizing our understanding of fluid dynamics in physiological and industrial applications! #Innovation #FlowMeasurement #UVPDUO #FluidDynamics #Engineering 🌡️📈🔬 Read the paper here: https://lnkd.in/ejRWi7EK
96.4% accuracy in identifying bubbly, transition and churn-turbulent flows. 🏝️ 🚀 Advancing Flow Regime Classification with UVP-DUO! 🚀 🔬 Researchers integrated UVP-DUO with the KNN algorithm to classify flow regimes in bubble columns. By measuring bubble velocities and echo signals, they achieved a 96.4% accuracy in identifying bubbly, transition, and churn-turbulent flows. 📊 Key Insights: - High precision bubble velocity measurements - Accurate flow regime classification - Non-intrusive ultrasonic technology 🌊 UVP-DUO's precision and reliability are revolutionizing multiphase flow analysis in industrial applications! #Innovation #FlowRegime #UVPDUO #MachineLearning #IndustrialScience 🌍📈🔬 https://lnkd.in/e4tWP_6z
