Demonstration: EasyMax 102i Recrystallization
From Manual Observation to Data-Rich Experimentation
Programme
- EasyMax 102i new features: built-in cameras, integrated pH probe, high-torque stirring, touchscreen, and accessory compatibility
- Demonstration of a recrystallization experiment using EasyMax 102i
- iControl 6.3 software features
Join our technical application expert, Nick Lewandowski, for a demonstration of the brand-new EasyMax 102i automated reactor system and iControl 6.3 software. Discover how integrated visual analysis and advanced automation transform how you design, optimize, and scale chemical processes. During this presentation, Nick will detail:
- Complete Experimental Visibility: See how built-in wide-angle cameras replace traditional reactor windows, delivering live, time-stamped visual documentation directly tied to your trend data.
- Intelligent Automation with iControl 6.3: Learn to schedule automatic picture capture at precise intervals and sequence commands for seamless heating, cooling, and sampling.
- Real-Time Viscosity Insights: Discover the new Relative Torque (RT) measurement feature, which allows you to normalize mixing conditions based on viscosity and use torque values as automated process conditions.
- Live Case Study: Watch a live walkthrough of a benzoic acid recrystallization experiment showcasing automated dosing (via the SP-50 dosing unit), precise Tr sensor heating, and automated crystal growth capture.
About the Presenter
Nick Lewandowski
METTLER TOLEDO
Nick is a process chemist with 8+ years of experience outside his graduate school studies. He obtained his Master's of Science in chemical product development and has experience in a wide variety of industries such as the chemical industry (flow and batch chemistry), pharmaceutical industry, and the CBD industry. Nick has a passion in organic chemistry and synthesis. He enjoys process development and taking an early-stage process from med chemist and trying to improve the overall process. He also has a great knack on scaling-up chemical processes and both keeping efficiency and safety in mind.
