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Extraction systems:

EDGE

Automated and Done in 5 Minutes - That's How Solvent Extraction Works These Days

CEM GmbH

EDGE - Energized Dispersive Guided Extraction
Easy Assemply Q-Cup
Extraction  in the EDGE
Sample Preparation in the Q-Cup
Its small size is a big advantage
EDGE - Energized Dispersive Guided Extraction
Easy Assemply Q-Cup
Extraction  in the EDGE
Sample Preparation in the Q-Cup
Its small size is a big advantage

Fast Alternative to Ase, Soxhlet and Classical Extraction Methods with Lower Solvent Consumption

Faster than all other extraction methods

The EDGE Extraction System from CEM is a sequential system for the fast automated solvent extraction of up to 12 samples. This allows different samples to be quickly extracted in just 5 minutes.The extractions in the EDGE are carried out under pressure and at elevated temperatures, which leads to a strong acceleration of the reaction kinetics. In addition to this faster desorption of the analytes from the matrix, heating and cooling of the sample is carried out by a special process in a few seconds.

The accelerated solvent extraction with EDGE from CEM is considerably faster than Soxhlet, ultrasound, classical ASE, QuEChERS or other conventional extraction methods and requires much less solvent while at the same time requiring considerably less work. The Edge has a remarkably small footprint – about the size of an analytical balance.

How does EDGE work?

The extraction cell Q-Cup contains an easily replaceable porous Q-Disk on the bottom. The sample to be examined is filled into this Q-Cup and the Q-Cup is placed in the autosampler. The gripper arm transports the Q-Cup into the sample chamber and then the Q-Cup is automatically pressure-tight sealed. After addition of the solvent, the cell is heated to a maximum of elevated temperature at elevated pressure and kept under constant conditions for a few minutes to disperse the analytes out of the sample. The solvent extract is automatically filtered by the Q-Cup Disc, cooled down and transferred into the sample glass.

Typical areas of application for the EDGE

Environmental Analysis

  • Pesticides and herbicides, PAHs and volatile compounds, PCBs, dioxins and furans (according to the new sewage sludge regulation)
  • Petroleum hydrocarbons (TPH)
  • Air sample cartridges (XAD resins and PUF)
  • Polybrominated flame retardants

Pharmaceutical and natural products

Polymers

  • Plastic additives
  • Total Extractables - Total soluble fractions

 Food

  • Vitamins and antibiotics
  • Pollutants
  • Total fat
  • Pesticides and herbicides in foodstuffs
  • Pesticide residues
  • Determination of fats and lipids after acid or alkaline pre-treatment
  • Herbal preparations and dietary supplements

 Consumer products

  • Toys
  • Paper and pulp
  • Textiles and fibres

 

EDGE - Energized Dispersive Guided Extraction

1

EDGE - Energized Dispersive Guided Extraction

Easy Assemply Q-Cup

2

Easy Assemply Q-Cup

Extraction  in the EDGE

3

Extraction in the EDGE

Sample Preparation in the Q-Cup

4

Sample Preparation in the Q-Cup

Its small size is a big advantage

5

Its small size is a big advantage

Request information about EDGE now

EDGE - Energized Dispersive Guided Extraction

Extraction systems: EDGE

Automated and Done in 5 Minutes - That's How Solvent Extraction Works These Days

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Find EDGE and related products in the theme worlds

Topic world Extraction

Extraction is a fundamental process in the chemical laboratory that enables specific components to be isolated and concentrated from a mixture. Whether it's extracting active ingredients from natural products, removing impurities from synthesis products, or preparing analytical samples, extraction is a key step in achieving precise and efficient results in chemical research and analysis.

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Topic world Extraction

Topic world Extraction

Extraction is a fundamental process in the chemical laboratory that enables specific components to be isolated and concentrated from a mixture. Whether it's extracting active ingredients from natural products, removing impurities from synthesis products, or preparing analytical samples, extraction is a key step in achieving precise and efficient results in chemical research and analysis.

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Topic World Food Analytics

Food analysis methods enable us to investigate the quality, safety and composition of our food. Whether in the traceability of food, the detection of contaminants or the verification of nutritional information - food analytics plays a crucial role in our health and nutrition. Welcome to the exciting world of food analytics!

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View topic world
Topic World Food Analytics

Topic World Food Analytics

Food analysis methods enable us to investigate the quality, safety and composition of our food. Whether in the traceability of food, the detection of contaminants or the verification of nutritional information - food analytics plays a crucial role in our health and nutrition. Welcome to the exciting world of food analytics!

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