Fully automatic extraction system

FAE3000S automatic extractor completes 3 to 6 water samples with one button, automatic quantitative solvent feeding, automatic extraction, automatic separation, automatic adsorption of animal and vegetable oil without manual operation, completely automated, and finally the solution can be measured.

Five advantages

• One-key finish: 3 or 6 water samples are automatically quantitatively added to the solvent, automatic extraction, automatic separation, automatic water removal, and automatic adsorption of animal and vegetable oils;
• Auto cleaning: Three-dimensional magnetic stirring and oscillating wide-angle cleaning of the instrument is automatically completed, which is better than the simple washing of other instruments and avoids cross-contamination;
• Safety & high effective: Quantitative automatic reagent feeding, automatic extraction, automatic separation and automatic oscillation and other operations do not require personnel participation, avoiding contact with toxic reagents;
• Conforms to the national standard: The sampling extraction bottle is directly extracted on the machine, with a scale without sample separation, and the method conforms to the national standard
• Wide application: Magnesium silicate automatically absorbs animal and vegetable oils, anhydrous sodium sulfate automatically removes water, and solid oil fumes are automatically extracted;

Extraction method basis

√ Oil in water detection:

• Determination of water quality petroleum and animal and vegetable oils/infrared spectrophotometry
• Determination of water quality and petroleum/UV spectrophotometry
• Determination of water quality petroleum and animal and vegetable oils/infrared photometry

√ Oil detection in soil: Soil Petroleum Determination/Infrared Spectrophotometry

√ Oil detection in soot and oil pollution: Determination of stationary pollution source exhaust gas, oil fume and oil mist/infrared spectrophotometry

√ Volatile phenol detection: Determination of Water Quality Volatile Phenol 4-/Aminoantipyrine Spectrophotometric Method

√ Anion detection: Water Quality Determination of Anionic Surfactants/Methylene Blue Spectrophotometry

Features

• One-key completion: 3 or 6 water samples, automatic quantitative solvent injection, automatic extraction, automatic separation, automatic water removal, automatic adsorption of animal and vegetable oils, and finally take out the solution for measurement;
• Health and safety: Operations such as quantitative feeding of reagents, extraction, separation, and oscillation do not require the participation of analysts, and avoid contact with toxic reagents;
• Built-in orbital oscillator: Magnesium silicate automatically absorbs animal and vegetable oils, anhydrous sodium sulfate automatically removes water, and solid oil smoke and oil stains are automatically extracted, which is capable of testing more complex samples;
• Automatic cleaning: three-dimensional magnetic stirring and oscillation wide-angle cleaning, covering the entire inner wall of the extraction bottle and the triangular flask, the cleaning effect is better, better than simple washing
• One-button operation: one-button liquid feeding, extraction, oil-water separation, oscillation, cleaning, each sample can be controlled individually;
• Competent for large-scale operations of complex water samples: automation is not afraid of dirt, clogging, oily, emulsification, and suspended solids
• Built-in display screen: the operation process, operation time, and operation mode are displayed throughout the process, making it more intelligent;
• Sampling and extraction bottles are directly extracted on the machine, with a scale, no sample separation, 1-3 or 1-6 use independent multi-channel liquid circuits, effectively avoiding cross-contamination:
• Adopt high-efficiency drum three-dimensional magnetic stirring extraction and rotary oscillation extraction and adsorption technology;
• It has the advantages of compact structure, small volume, high efficiency, convenient maintenance and low failure rate.

Technical indicators

COMPARATION