The CoaguSens™ Flex App offers you an integrated and user-friendly environment to set and run simultaneously up to five tests on different CoaguSens™ Flex modules. You can set and control from a single tablet different testing conditions that apply simultaneously to each of your samples. You can change live or program time and temperature while observing live recorded viscoelasticity. Comparing live and archived data is made easy thanks to an intuitive and powerful file explorer.
You can store on the CoaguSens™ Flex database customized fields that describe your material or the process you are working on. You may, for instance, want to save the pH as well as fat and protein content of milk prior to coagulation. You may also want to record the composition of whey in the instrument database. Your customized data are saved in a secured database on the CoaguSens™ Flex tablet and can easily be linked to the coagulation curves to perform further advanced analysis and correlations.
CUSTOMIZE AND CAPTURE YOUR OWN DESCRIPTIVE PARAMETERS
Your biomaterial may form, evolve and degrade differently when its composition, formulation or preparation changes. Being able to precisely describe the time evolution of your material’s viscoelasticity gives you a unique insight on its behavior and performance. Using the CoaguSens™ Flex’s App, you can create customized buttons to capture in real time relevant parameters that describe how your sample behaves. your customized descriptive data are automatically stored in the database and will be available to conduct further advanced analysis.
BUILD AND ANALYZE YOUR PERSONALIZED DATABASE
The CoaguSens™ Flex builds a comprehensive database that adapts to your specific application. You can export your database to perform advanced analysis on coagulation kinetics, milk and whey composition, cutting firmness, etc. Soft Matter Analytics™ simplify the study of complex processes and the handling of large data sets. It’s the perfect tool to accelerate product development and to optimize industrial production processes.