oped to show in real time the evolution of the process parameters measured directly in the equipment as well as the predicted parameters obtained by modelling (Figure 3). Conclusions The interface will read and show in real time the following parameters: - Power applied for each magnetron, reflection - Temperature on each stage of the die - Pulling force, pulling speed - Curing degree - Output of modelling in regards to the curing degree and profile temperature at different positions inside the die Challenges achieved by the COALINE project: Fig. 1: Tg and electrical resistance vs. curing time for isothermal curing of an epoxy resin New sensors New sensing elements have been developed to enhance the quality of the contact between the sensors and the running profile either in the die or after it. Additionally, new sensors have been developed to monitor the coating's transformation (Figure 2). Flexible sensors can be used for in-situ and in-thelaminate cure monitoring to optimise the process. These models and sensing techniques are being validated by realistic trials in industrial conditions. A LabView-based interface will be devel- Fig. 2: New sensor design has improved performance in pultrusion - Manufacturing curved electrodes - Attaining good contact with the curved profile - Ensuring durability n Contact: coaline@ecoinnova.com More information: www.coaline.eu Fig. 3: Development of an integrated data acquisition system by Synthesites No97 May - June 2015 / jec composites magazine 65http://www.coaline.eu