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Some Reactions are Difficult to Sample
Without Affecting Reaction Progression
Reliably taking representative samples of oxygen or moisture-sensitive reactions and reactions at elevated pressure or sub-ambient temperatures is virtually impossible. Highly toxic reactions present additional challenges. The unique patented EasySampler probe enables the capture and immediate quenching of reactions to provide a sample representative of a reaction at the time of sampling.
Sample and Quench at Reaction Conditions
How Does it Work?
EasySampler is immersed into a reaction, where it remains for the duration of the experiment. The sample pocket moves out and is filled with a sample. As the pocket withdraws, the sample is quenched immediately, at reaction conditions. The sample is then diluted to a user-specified concentration and ready for offline analysis.
Representative & Reproducible Samples
From Heterogeneous & Multiphase Reactions
Sampling reactions with precision is challenging. Sampling is especially difficult for heterogeneous and multiphase reactions. EasySampler samples from the same point in the reactor, into a pocket of fixed volume and includes solids. Solids dissolution begins immediately, with the quench and dilution steps, delivering dissolved samples to gain representative, reproducible and accurate analytical data.
Automated and Unattended 24/7
Never Miss a Sample Again
Sampling toxic or long reactions, or reactions for Design of Experiments (DoE) studies, can be impractical and cumbersome, leading to blind spots in data. This often requires repeat experiments. EasySampler samples the same way every time and can be programmed for continuous sampling operations 24/7 to provide data sets for complete reaction understanding, improving productivity.
Sample Preparation
For HPLC-Ready Concentrations
After quenching, the liquid handling system dilutes the sample to a user-specified concentration and transfers the sample to a vial, making it ready for offline analysis. These steps can be used for derivatization, decreasing sample preparation time and eliminating human error.
Eliminate User Safety Concerns
Related to Toxic and Hazardous Chemistries
EasySampler fully automates the sampling process, eliminating manual handling of liquids. This reduces risks and improves operator safety, especially with:
- Highly Toxic Chemistry
- Dangerous Reactions at Elevated Temperatures
- Other Hazardous Reaction Conditions
Faster & Improved Chemical Development
With Integrated Reactor Systems & EasySampler
Plug-and-play integration of EasyMax Advanced, OptiMax and RX-10 with EasySampler enables faster chemical development. Automated reactors control reaction parameters while running experiments 24 hours a day. Adding EasySampler provides representative samples throughout the course of the reaction and high quality HPLC data for accurate and complete reaction profiles. iControl software controls the reactor system and EasySampler, and reports all experimental data in one file. With these integrated tools, scientists can quickly understand, innovate, and make informed decisions so that reactions can be optimized in less time.
Common EasySampler applications include:
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Pfizer Evaluates Automated Sampling
Pfizer eliminated sampling challenges with an automated and robust inline method of taking representative samples from reactions, even under difficult conditions, for improved impurity profiling.
eSupport for Users
Visit EasySampler eSupport for videos, manuals, application information and more.
Modele i dane techniczne
Dokumentacja
Documents for Unattended, Representative Sampling of Chemical Reactions
Dane techniczne
Unattended, representative automated sampling for a wide range of chemical reactions
Catalog
Eliminate chemical reaction sampling challenges by using an automated and robust method of taking representative samples
Dokumentacja
This Quick Start Guide provides step-by-step instructions to set-up EasySampler for unattended automated sampling.
This Quick Start Guide provides step-by-step instructions to connect EasySampler to EasyMax, OptiMax, or RX-10 using the EasySampler Connectivity Kit.
Operating instructions for EasySampler 1210.
Produkty pokrewne
Reduce Chemical & Process Development Times By Replacing Traditional Round Bottom Flasks & Jacketed Lab Reactors
Control jacketed lab reactors with third party heating and cooling systems, liquid addition, stirrers, and PAT tools.
Spektroskopia fourierowska w podczerwieni (FTIR) do monitorowania reakcji chemicznych w czasie rzeczywistym
Aplikacje
Knowledge of impurity kinetics and mechanism of formation is important in determining reaction end-point in chemical and process development studies....
In situ chemical reaction kinetics studies provide an improved understanding of reaction mechanism and pathway by providing concentration dependences...
Usługi serwisowe
Services for Unattended, Representative Sampling of Chemical Reactions
Explore our Services - Tailored to Fit your Equipment
We support and service your measurement equipment through its entire life-cycle, from installation to preventive maintenance and calibration to equipment repair.
Support
Support for EasySampler
Support Documentation
Operating instructions for EasySampler 1210.
This Quick Start Guide provides step-by-step instructions to set-up EasySampler for unattended automated sampling.
This Quick Start Guide provides step-by-step instructions to connect EasySampler to EasyMax, OptiMax, or RX-10 using the EasySampler Connectivity Kit.
Eliminate chemical reaction sampling challenges by using an automated and robust method of taking representative samples
Frequently Asked Questions (FAQs) for EasySampler
Tips and tricks for EasySampler, including set-up, probe introduction, data management and sampling for different types of reactions.
EasySampler Pump Guide (pdf)
Troubleshooting Guide for the EasySampler Pump
Support Videos
Aplikacje
Knowledge of impurity kinetics and mechanism of formation is important in determining reaction end-point in chemical and process development studies....
Pobieranie próbek reakcji chemicznych w celu ich zbadania w laboratorium nie zawsze jest precyzyjne i odtwarzalne. Dowiedz się w jaki sposób laborator...
This white paper discusses the root cause of by-product formation in a hydrogenation reaction. and how to avoid by-products during hydrogenation.
New automated sampling techniques eliminate sampling challenges with an inline method of taking representative samples from reactions where manual sam...