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Core-ESS

Core ESS: Revolutionary Automated CO2 Extraction System

Core ESS: Revolutionary Automated CO2 Extraction System provides efficient and automated supercritical CO2 extraction for advanced laboratory use.

Product Overview

The Core ESS Extraction System represents a leap forward in supercritical fluid extraction technology.

Designed for both research and industrial applications, it seamlessly combines automation with high-pressure extraction capabilities. This system is ideal for a wide range of applications, from sample preparation for HPLC to pesticide analysis preparation, offering unmatched efficiency and precision.

With its multi-vessel design, the Core ESS allows for high throughput screening, making it a vital tool for laboratories aiming to optimise their extraction processes and achieve superior results.

Features & Benefits

Core-ESS

Streamlined Process

Automated Extraction

Optimal Outcomes

 Supercritical Screening

Multiple Samples

High Throughput

Key applications

  • Automated CO2 Extraction: Streamlines the extraction process for increased efficiency and reproducibility.
  • Supercritical CO2 Screening: Enables precise control over extraction parameters for optimal outcomes.
  • Multi-Vessel Extraction System: Facilitates high throughput screening, allowing multiple samples to be processed simultaneously.
  • Advanced Pressure Control Extraction: Ensures consistent performance under varying conditions.
  • Customisable Extraction Settings: Offers flexibility to cater to a wide range of research and industrial applications.

Core ESS Product Videos

About the Core ESS

Introducing the Core ESS Extraction System, a pioneering solution engineered to meet the complex demands of modern laboratories and research facilities. At its heart, this system tackles the critical challenge of achieving high-efficiency, reproducible results in supercritical CO2 extraction processes. Recognising the need for a system that not only simplifies but also enhances the extraction process, the Core ESS has been meticulously designed to offer an automated, high-pressure solution that can handle a variety of applications, from sample preparation for HPLC to detailed pesticide analysis.

The problem many laboratories face with traditional extraction methods includes inconsistent results, low throughput, and the intensive labour required to perform extractions manually.

The Core ESS addresses these issues head-on by integrating automated CO2 extraction with supercritical fluid extraction equipment, providing a solution that is not just efficient but also highly adaptable to various research needs. This system’s standout features include multi-vessel extraction capabilities and advanced pressure control, ensuring that each extraction is performed under optimal conditions for maximum yield and purity.

Core-ESS-3 copy

Moreover, the customisable extraction settings and sequential extraction process offered by the Core ESS exemplify its flexibility, allowing users to tailor the system to their specific project requirements. Whether for routine sample preparation or complex research applications, the Core ESS delivers unparalleled efficiency and precision, underscoring its value in facilitating laboratory extraction optimisation.

By choosing the Core ESS Extraction System, researchers and industry professionals gain access to a technology that significantly enhances their extraction capabilities. This system not only streamlines the extraction process through automation but also ensures high-quality results, making it an indispensable tool for advancing scientific research and development.

"The Core ESS from Core Separations epitomises cutting-edge solvent extraction, offering a sustainable and efficient solution for unparalleled purity and yield."

Product FAQ's

Its combination of automation, supercritical CO2 screening, and multi-vessel capabilities offers unmatched efficiency and precision.

Yes, it is specifically designed to handle complex applications like pesticide analysis, ensuring high-quality sample preparation.

Absolutely, with customisable extraction settings and advanced pressure control, the system can be tailored to various research applications.

The multi-vessel extraction system allows for the simultaneous processing of multiple samples, significantly increasing throughput.

Enhanced solvent extraction capabilities, expanded vessel options, and advanced control software for even more precise and efficient extractions.

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