Heat Flow Sensors : a technological breakthrough - Designed ba MAPE Engineering Switzerland

<body bgcolor="#FFFFFF"> <p>Your navigator didn't support "FRAMES". </p> MAPE Engineering Switzerland SA is an Engineering company, specialised in the control and management of industrial processes, especially in plasturgy, in the field of plastics and composites transformation-expertise- based on the data provided by Heat Flow Sensors; invented by MAPE Engineering Switzerland SA. The Heat Flow Sensors are functioning either at high or low temperatures, depending on the modes, conductive, radiative or convective. The heat exchanges are measured by the sensors; as such they are real detectors of thermal events, resulting of exothermal or endothermal reactions occurring inside the raw material; pasty or solid- during its transformations. They represent the transition thermocinetics- phase change- fusion, degradation- as well as reactions- cross-linking, crystallisation, resulting from structural modifications. MAPE Engineering Switzerland SA owns an original concept of thermofluxmetric regulation and piloting, based on a thermodynamical scale, the Material Status Indicator- Real Material Status in Real Time- This automation allows controlling quality and productivity of the transformation processes of thermosets materials, and under specific conditions thermoplastics, whatever can be its reinforcing elements- carbon fibers, or glass fibers- its rheology, or its transforming mode- SMC, BMC, RTM, RIM- rubber and elastomer injection. The equipment, conceived by MAPE Engineering Switzerland SA, is a real Smart Manufacturing System which via its production control, leads to variable costs reduction, and thus increase of profit, quality and profitability. Other applications were considerd as relevant: uncomplete pieces detection, sealing knives thermoregulation for the food industry packaging, thermostabilisation of thermoforming moulds, extrusion heads and transport containers of biological products, temperature measurement, contactless, of textile wires running at high speeds, chemical reaction regulations in batteries in tha uatomotive industry, measurement of weak massic flows in the medical field, predictive maintenance of bearings, sollicitated with high loads- high speeds- via the lubricant degradation measurement in e.g. turbine. </body>