Specially developed for fully automatic separation of laboratory samples, it can automatically perform liquid-liquid extraction and separation, and high throughput sample processing.

It realizes the functions of automatic separation of treated solution, automatic addition of liquid, automatic separation and system control.

The system significantly improves experimental efficiency through the advantages of automated operation, precise control, efficient separation and collection, intelligent management and optimization, as well as stability and reliability.

Fully automated sample extract system is applied in CNNC

Main Functions:

Automated operation reduces manual intervention

Automatic opening and capping: The system is able to automatically complete the opening and capping operations of extraction containers, avoiding the tediousness of manual operations and possible contamination.

Automatic Pipetting and Filling: High-precision pumps and piping systems ensure the accuracy and consistency of each pipetting and filling operation, which reduces the error of manual operation.

Precise control enhances experimental accuracy

System Control Module: As the core of the whole system, it is responsible for coordinating the work of each module and precisely controlling the operation sequence and parameters to ensure the stability and repeatability of the experimental conditions.

Automatic Oscillation Module: By precisely controlling the frequency and amplitude of the oscillation, the liquid in the extraction vessel is fully mixed to improve the extraction efficiency.

Efficient Separation and Collection

Liquid-liquid extraction technology: Utilizing the molecular exchange between two immiscible liquids, the target substances are extracted to achieve efficient separation.

Automatic collection system: After the extraction is completed, the solvent containing the target compounds can be collected automatically without manual intervention, improving the collection efficiency.

Intelligent management and optimization

Intelligent control system: PLC control system is adopted to realize full intelligent control, such as automatic reagent filling, automatic extraction, automatic exhaust, automatic cleaning, automatic waste discharge and other functions, which further improves the experimental efficiency.

Customizability: The system can select the suitable extraction vessel and extraction method according to the nature of the extracted liquid and the experimental requirements, so as to optimize the extraction efficiency.

Reduction of solvent and reagent usage

Accurate control of liquid addition: The automatic liquid addition module can accurately control the amount of liquid added each time, avoiding the waste of solvents and reagents.

High-efficiency extraction technology: By optimizing the extraction conditions and multiple extraction, etc., the extraction efficiency is improved, thus reducing the amount of solvent and reagent used.

Stability and Reliability

Excellent automatic control technology: It ensures that the equipment can run stably under different working conditions, which improves the accuracy of the experimental results.

Fault detection and alarm function: the system can detect and deal with faults in time, which guarantees the smooth running of the experiment.

Applicable industries:

Laboratory, petroleum refining, chemistry, metallurgy, atomic energy, food, etc.

Reference Standard:                  

Conforms to general laboratory standards