Products & ReviewLab Automation

EasyMax™

Name: EasyMax™
Rating: 4.85 (2 reviews)

METTLER TOLEDOAvailable: Worldwide

Better chemical synthesis for more sucessful experiments.

4.9/5.0

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Reviews

Average Rating 4.8

|2Scientists have reviewed this product

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Reliable and perfect for the purpose

Average Rating 5.0

Application Area:

Chemical Process Development

The instrument guarantees perfect control of different process parameters. The use of temperature programs is a great plus, to increase productivity

Review Date: 9 Feb 2021 | METTLER TOLEDO

Great product! Designed for small molecule systems. Works for Biologics as well.

Average Rating 4.7

Application Area:

Biologics conjugation reactions

The easymax was surprisingly easy to use. Automation of titration and catalyst addition made experimental results extremely consistent. Only complaint: there was is currently no suitable solution for manual sampling (HPLC assays require more volume than the current sampling system allows).

Review Date: 4 Nov 2016 | METTLER TOLEDO

Demand for innovative chemistry has resulted in the adoption of robust, easy to use synthesis workstations to increase quality, reduce costs, and increase speed of research and development. By replacing traditional round bottom flasks and jacketed lab reactors with EasyMax, scientists can synthesize more new compounds, eliminate non-viable candidates earlier, and perform reaction optimization. Synthesis workstations deliver key information to help researcher’s reduce failed experiment and complete more successful investigations.

Application NoteSpectroscopy

Real-time reaction analysis

Explore this guide to understand how real‑time reaction analysis is transforming modern chemistry across synthesis, catalysis, flow processes, and sustainable development. It outlines the growing need for deeper kinetic insight, better process understanding, and data‑rich experimentation as chemists move toward continuous processing and Quality by Design. It also demonstrates how real‑time PAT techniques provide the clarity, speed, and control required to optimize reactions, improve safety, and support confident scale‑up.

1 Apr 2026