-High recovery rates
-Stacked injection function eliminates waiting time
-Simple post-run processing
Semi-Preparative Supercritical Fluid Chromatography System
Analytical scale Nexera UC is Here.
The Nexera™ UC Prep is a new preparative supercritical fluid chromatography (SFC) system that offers both the high basic performance developed for the previous Nexera UC model and original state-of-the-art preparative SFC technologies. It resolves a number of issues in preparative tasks, reducing labor and improving efficiency while fitting into pre-existing workflows. Not only does the Nexera UC Prep achieve superior recovery rates for purification, it provides flexible system configurations in a compact design, requiring low installation space and allowing you to maximize lab resources.
Supercritical carbon dioxide (CO2) displays the qualities of both a liquid and a gas, making it the ideal choice of mobile phase in supercritical fluid chromatography (SFC). Historically, SFC has been overshadowed by other forms of chromatography such as high-performance liquid chromatography and gas chromatography. However, recent developments in SFC technology have transformed it into a highly accurate, sensitive and cost-effective solution that can outperform other chromatography. With the ability to analyze a range of polar and non-polar molecules, and easily transferable expertise and equipment, it's time to rethink SFC, and discover the advantages of supercritical CO2.
Overview of the analytical technologies using supercritical fluid
Green Analytical Chemistry (GAC) is a concept of designing analytical methods that are friendly to both chemists and environment. It is necessary for the GAC-based methods to retain the same analytical performance (e.g., accuracy, sensitivity) as those by their conventional counterparts. Large solvent consumption is particularly concerning in a food analysis where complicated sample extraction and chromatography are routinely practiced. Supercritical fluid is a state of matter just like gas or liquid, and the characteristics of CO2 supercritical fluid are nonflammability, easy handling, and low toxicity, which are relevant to the operator safety. This webinar will show the characteristics of supercritical fluids CO2, the practicality of analytical techniques using it, and the applicability to GAC.
Nexera UC+FRC-40SF_2mLvial (side)
Direct fractionation into vials
Nexera UC+FRC-40SF_96well (up)
Direct fractionation into 96-well plate
New Tips & Tricks is available, Automated Dilution and Preparation of Standard and Sample Solutions for Analysis
Shimadzu Corporation has released LabSolutions Detect, a software with AI Functionality to support Anomaly Detection for Liquid Chromatographs (LC).
LabSolutions Detect transforms your LC data review process by visualizing differences between accumulated reference data and daily sample data.
New Technical Report is available, A sustainable analytical approach for detecting extra virgin olive oil adulteration using Nexera™ UC
In this study, a fast, simple and green methodology was optimized to detect intentionally adulterated extra virgin olive oil EVOO with cheaper seed oils at different levels by means of subcritical fluid chromatography (subFC) with UV detection, followed by statistical analysis.
Shimadzu has released the new integrated LC system, i-Series.
The new i-Series integrated LC: Sustainable design. Reliable results. Uncompromising performance.
Core-shell Column: Analysis Basics Now Available.
Discover easy-to-understand insights into the fundamentals of analysis.
Ecology simulation for HPLC System is now available.
Replacing your Shimadzu HPLC (High-Performance Liquid Chromatographs) with a newer model can save on running costs and reduce CO2 emissions.