CEM Corporation

The Rapid Extraction of Pesticides from Cucumber, Tomato, and Green Pepper

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Sample preparation is the most important part of your analytical procedure. Should you be doing it better? Live: Thursday, Nov. 21, 2019 at 10am EST | 9am CST | 3pm GMT | 4pm CET On demand available after final airing Nov. 21, 2020 Register free

This application note demonstrates rapid automated extraction and UPLC analysis of cannabinoids from hemp flower.

Rapid alternative to QuEChERS that performs a single-step-automated extraction and water removal for the pesticide analysis from Tomatoes, Green Peppers, and Cucumbers.

A simple 20-minute extraction to quickly prep plastics for additive analysis by UPLC.

This application note demonstrates rapid automated extraction and UPLC analysis of cannabinoids from hemp flower.

This application note demonstrates rapid automated extraction and UPLC analysis of cannabinoids from hemp flower.

A simple 20-minute extraction to quickly prep plastics for additive analysis by UPLC.

This application note demonstrates rapid automated extraction and UPLC MS/MS analysis of pesticide residue from a variety of spices.

This application note demonstrates rapid automated extraction and LC/GC analysis of over 400 pesticides from cannabis flower.

Rapid alternative to QuEChERS that performs a single-step-automated extraction and water removal for the pesticide analysis from Tomatoes, Green Peppers, and Cucumbers.

This application note demonstrates rapid automated extraction and LC/GC analysis of over 400 pesticides from cannabis flower.

New sorbent for water mitigation in rapid automated extraction and UPLC MS/MS analysis of pesticide residue from a strawberry.

Rapid alternative to QuEChERS that performs a single-step-automated extraction and water removal for the pesticide analysis from Tomatoes, Green Peppers, and Cucumbers.

This application note demonstrates rapid automated extraction and UPLC MS/MS analysis of pesticide residue from a variety of spices.

New sorbent for water mitigation in rapid automated extraction and UPLC MS/MS analysis of pesticide residue from a strawberry.

• The EDGE extraction system is fast, automated, and highly flexible. • Case studies using the EDGE® extraction system.

A simple 20-minute extraction to quickly prep plastics for additive analysis by UPLC.

• Overview of extraction technology in food safety studies • How a single, automated method extracts pesticides from various matrices • Q&A: Improving sample prep for LC/GC analysis of plastics, foods & more

The most common method of pesticide extraction for food matrices is QuEChERS. But, is there a better way? This LCGC ebook on Improving Extraction Processes and Sample Preparation in Food Analysis talks about the use of extraction technologies in food analysis and explores how Energized Dispersive Extraction (EDGE®) has revolutionized sample extraction.

Plastics play a role in just about every market sector and research area including agriculture, food, packaging, pharmaceuticals, medical implants, and personal care products, making the potential leaching of additives like antioxidants or slip additives a major concern. In this article learn how the EDGE is able to extract additives from plastics in a fraction of the time of traditional techniques.

A simple 15-minute extraction method is all that is needed to quickly prep plastics for phthalate analysis.

A simple 15-minute extraction method is all that is needed to quickly prep plastics for phthalate analysis.