Discover the Power of Your MultiMax™ on-demand webinar

The MultiMax^TM reactor system has proven valuable as a powerful tool in all phases of chemical development through: performing reactions in an automated way while capturing real time process information, rapid development of a safe and scalable route for a first pilot run, optimization of critical process parameters and efficient execution of QbD and DoE studies and through developing robust and safe processes for commercial scale-up.

Discovering the Power of your MultiMax™ Webinar details
This webinar will provide information on the available MultiMax^TM accessories that enhance the system to improve your chemistry.

Increase efficiency and flexibility by using:
- Different reactor scales - modularity Manual or automated volumetric/gravimetric dosing
- pH measurement and control Torque measurement and control
- Turbidity measurements for crystallization studies
Expand your application range by using in situ Process Analytical Technology (PAT) tools:
- Observe reaction start/end and dynamics via real time heat flow profiling Gain calorimetric data to evaluate the safety of your process on early stage
- Observe chemical intermediates and reaction kinetics with in situ FTIR reaction analysis
- Understand and optimize your pressure chemistry by measuring gas uptake profiles Monitor crystallizations with Lasentec^® FBRM^® to optimize crystal size distribution and maximize yield

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Automated Lab Reactors - discover more

Automated Lab Reactors: MultiMax™, LabMax® and SSPS
For process and product development, we offer a wide range of tools from small-volume parallel reactors to single reactor systems in the kilogram scale. The Automated Lab Reactor Systems - MultiMax™, LabMax®,and SSPS - are operated by easy-to-use and easy-to-understand software and take into account the constraints imposed by the production process at an early stage.

Reaction Calorimeters: RC1e™and MultiMax™
To develop and bring a process into production quickly, calorimetric 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^TM reaction calorimeter and MultiMax^TM are the 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.