METTLER TOLEDO
 

Analysis and Reporting: Time Consuming and Tedious? on-demand webinar

iControl RC1e™ makes control and data evaluation with the RC1e easy and efficient. While you enjoy the advantages of leading-edge software, you can concentrate on the chemistry. iControl RC1e™ combines functionality with flexibility, using a simple and straightforward user interface.

Webinar details
This webinar will provide a 'tour' of the software with real case studies used to illustrate some of the following features and benefits:

  • Increase efficiency and safety
    • Direct reactor control
    • Direct connectivity to the instrument
    • Automatic creation of the process sequence based on manual interactions - view demo
    • Fully featured calorimetric software with one-click access to the most important results
    • Minimize training efforts via intuitive software
    • Professional report generation tools available with a click of the mouse
  • Optimize quality and save material cost
    • Bi-directional communication enables online feedback from analytical tools such as iC IR™, FBRM®
    • Built-in chemical database reflects actual chemistry - view demo
    • Unique mixing guidelines including a comprehensive tutorial and numerous videos to compare mixing behavior under different conditions - view demo
    • Improve analysis with easy evaluation - view demo

Click to preview this webinar
The new iControl RC1e™software is available for both existing (upgrades) and new RC1e systems. iControl RC1e™ also supports RTCalTM- simply efficient real time calorimetry for the RC1e. 

Reaction calorimeters - Innovative solutions and technology
To develop and bring a process into production quickly and safely, calorimeter information, such as reaction enthalpy, heat flow profiles, maximum heat flow, heat transfer data, and specific heat of the reaction mass, is required. The RC1e™ and MultiMax™ are today's industry standard and recognized as state-of-the-art instruments to not only generate basic data, but also to develop, optimize, and better understand reaction mechanisms.