1260 Infinity II Prime Online LC System
The 1260 Infinity II Prime Online LC System is a process analysis system, enabling automated process monitoring and providing real-time data for greater control and accurate monitoring of critical quality attributes. Supporting the needs of scientists using process analytical technology in the pharmaceutical industry, this real-time monitoring LC instrument supports direct injections for fast process monitoring.
This online LC process analysis system also features retain-sample functionality for dilutions or automated sample preparation steps, multimethod analysis, or sample archiving purposes for offline quality control.
This online LC process analysis system also features retain-sample functionality for dilutions or automated sample preparation steps, multimethod analysis, or sample archiving purposes for offline quality control.
Product Details
Features
- Dedicated process analytical technology (PAT) tool for online and at-line process analysis via LC applications
- Enables fast process monitoring of critical process parameters (CPPs) and critical quality attributes (CQAs) via direct injections, providing real-time data for greater control and faster understanding of processes
- Features retain-sample functionality for dilutions (including reaction quenching), multimethod analysis, automated sample preparation, additional offline quality control, or sample archiving purposes
- Brings hybrid injection technology to the LC world: Both classical flow-through injection and Agilent Feed Injection are supported, guaranteeing seamless method transfer and the capability to mediate strong sample diluent effects via Agilent Feed Injection
- Enables utmost control over the process sample and facilitates method development
- Coordinates sampling and sample analysis via Agilent Online LC Monitoring Software, compatible with OpenLab CDS 2 and designed for process applications
- Online LC Monitoring Software allows for intuitive sample scheduling to quickly set up sampling events, and provides data visualization tools such as trending plots to easily monitor the process
- Supports flow rates up to 5 mL/min within a pressure range up to 800 bar for maximum application flexibility
How It Works
Featured References
- Publications
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- Parallel experiments in electrochemical CO2 reduction enabled by standardized analytics.
Contributors: Alessandro Senocrate, Francesco Bernasconi, Peter Kraus, Nukorn Plainpan, Jens Trafkowski, Fabian Tolle, Thomas Weber, Ulrich Sauter, & Corsin Battaglia. 26 June 2024
- Expediting online liquid chromatography for real-time monitoring of product attributes to advance process analytical technology in downstream processing of biopharmaceuticals. Tobias Graf, Lukas Naumann, Lea Bonnington, Jakob Heckel, Bernhard Spensberger, Sascha Klein, Christoph Brey, Ronnie Nachtigall, Maximilian Mroz, Thomas Vagn Hogg, Christopher McHardy, Andres Martinez, Reinhard Braaz & Michael Leiss. 16 August 2024
- Parallel experiments in electrochemical CO2 reduction enabled by standardized analytics.
