MAX
HUMAN MACHINE INTERFACE
MAX, the latest generation of IMA HMI, has been created paying maximum attention to User Experience and based on Visual Design to enhance User Interaction. MAX ensures prompt responsiveness, enhanced predictability and easy learning. MAX HMI is based on iFix SCADA, IoT ready, to facilitate connection with other equipment in solid-dose processing lines.
Communication can be extended to a plant-wide supervision system and also to IMA remote service assistance. Automatic recipes, reports and audit trails for processing or cleaning can be edited and managed to ensure maximum efficiency and consistent results in compliance with current directives and guidelines (ANSI/ISA-88, FDA CFR 21 part 11, GAMP®, MHRA GMP Data Integrity).
PROCESS
CONTROL
Process control can be enhanced with full integration of PAT tools and use of mathematical models for measurement or prediction of Critical Process Parameters (CPP) that determine Critical Quality Attributes (CQA).
Process data collection from each unit and their proper management provide full understanding and favour continuous process improvement.
In this way, the critical process parameters can be managed until diversion criteria are defined, so that only out-of-specification dosage forms are discarded and the rest of the lot is preserved.
To facilitate this task, it is recommended to rely on state-of-the-art sensors able to measure quality attributes (e.g. moisture content, API content uniformity, blend uniformity, coating uniformity, etc.). These are the so-called PAT sensors.
Start Your Partnership Today
We have a tradition of building innovative machines that lead to long-standing customer partnerships. Contact us today to start your tablet coating journey with us.
About Us
Thomas Processing, formerly known as Thomas Engineering, provides high-quality tablet coating systems and expert solutions to manufacturers across the globe. With more than 60 years of experience, we design our machines based on what works best with modern coating advancements.