Automated Sample Extraction System

The Fully Automated Sample Extraction System was developed specifically for automated sample separation in laboratories, enabling automatic liquid-liquid extraction and separation with high-throughput sample processing. It achieves functions such as automated aliquot collection of processed solutions, automated reagent addition, automated separation, and system control. By leveraging advantages in automated operation, precise control, efficient separation and collection.

| Key Features

◆ Automatic cover opening/cover, pipetting, dosing, oscillation

| Applicable Industries

◆ laboratory, petroleum refining, chemistry, metallurgy, atomic energy, food, etc.

| Reference Standard

◆ Meets Laboratory regular Standards

| Product Features

◆ Reduced Manual Intervention through Automated Operation
Automatic Capping/Uncapping: The system automatically opens and seals extraction containers, eliminating tedious manual steps and potential contamination.
Automated Pipetting and Liquid Addition: High-precision pumps and tubing systems ensure accuracy and consistency in every pipetting and liquid dispensing step, reducing errors from manual handling.

◆ Enhanced Experimental Accuracy through Precise Control
System Control Module: As the core of the system, it coordinates the operation of all modules, precisely controlling timing and parameters to ensure stable and reproducible experimental conditions.
Automatic Shaking Module: By precisely controlling the shaking frequency and amplitude, it thoroughly mixes the liquids in the extraction container, improving extraction efficiency.

◆ Efficient Separation and Collection
Liquid-Liquid Extraction Technology: Utilizes molecular exchange between two immiscible liquids to extract target substances, achieving efficient separation.
Automated Collection System: Once extraction is complete, the solvent containing the target compound is automatically collected without manual intervention, enhancing collection efficiency.

◆ Intelligent Management and Optimization
Intelligent Control System: Employs a PLC control system for fully automated intelligent control, featuring automatic reagent addition, extraction, venting, cleaning, and waste discharge, further boosting experimental efficiency.
Customizability: The system allows selection of appropriate extraction containers and methods based on the properties of the liquid and experimental requirements, thereby optimizing extraction efficiency.

◆ Reduced Solvent and Reagent Consumption
Precise Liquid Addition Control: The automated dispensing module accurately controls the volume of each addition, preventing waste of solvents and reagents.
Efficient Extraction Technology: By optimizing extraction conditions and employing multiple extraction cycles, extraction efficiency is improved, consequently reducing the amount of solvents and reagents used.

◆ Stability and Reliability
Advanced Automatic Control Technology: Ensures stable operation of the equipment under various conditions, improving the accuracy of experimental results.
Fault Detection and Alarm Function: The system can promptly identify and address malfunctions, ensuring the smooth progress of experiments.