HM-Ⅲ Automatic Liquid-Liquid Extraction System for Water Quality Analysis

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HM-Ⅲ Fully Automatic Extractor

Product ID：SYFLCQrjcq020

Price: Please inquire PDF Format

Supply Ability:50 SETS/MON

Port:SHENZHEN

Product Introduction
Other information

Model NumberHM-Ⅲ

Brand NameHUAMEIWOTE

Payment TermsTT，PAYPAL，Alibaba.com Pay

HM-Ⅲ Fully Automatic Extractor

Product Introduction
The HM-Ⅲ Fully Automatic Extractor is designed for automated liquid-liquid extraction in water quality monitoring and environmental analysis. Its fully enclosed extraction system automatically dispenses solvent, feeds extraction bottles, performs oscillation extraction, and cleans the system, reducing operator exposure to harmful solvents and minimizing manual handling.
Equipped with a built-in rotary oscillator and three-dimensional mixing technology, the HM-Ⅲ improves extraction efficiency while simplifying sample preparation. It can process one to three water samples simultaneously and is suitable for the extraction of oil in water, volatile phenols, anionic surfactants, and other target substances.

Performance Features
• Fully enclosed extraction: Automatically manages solvent extraction and exhaust handling to reduce exposure to harmful vapors.
• Automatic solvent dispensing: Automatically measures and dispenses carbon tetrachloride or chloroform according to the selected method.
• Automatic bottle feeding and cleaning: Reduces repetitive manual operations and simplifies routine workflows.
• Direct sample-bottle processing: Uses the original sampling bottle as the extraction bottle, reducing transfers and potential cross-contamination.
• Simultaneous processing: Supports extraction of one to three water samples at a time.
• Three-dimensional mixing technology: Promotes effective contact between the sample and extraction solvent.
• Built-in rotary oscillator: Supports oscillation extraction for oil adsorption, oil in solids, and oil in cooking fumes.
• High extraction efficiency: Specified extraction efficiency exceeds 95%.
• Simple maintenance: Compact construction helps reduce routine maintenance complexity and service costs.

Working Principle
The HM-Ⅲ performs automated liquid-liquid extraction in a fully enclosed system. The instrument automatically dispenses a preset volume of extraction solvent into the sample container, then uses three-dimensional mixing and rotary oscillation to promote transfer of target compounds from the sample into the solvent phase.
After extraction, the system performs automated cleaning to reduce residue and carryover. By integrating solvent metering, extraction, oscillation, and cleaning, the HM-Ⅲ reduces manual handling and improves workflow consistency in routine laboratory analysis.

Technical Parameters

Parameter	Specification
Model	HM-Ⅲ
Instrument type	Fully automatic extractor
Extraction method	Automated liquid-liquid extraction
Sample volume	5–1000 mL or 5–500 mL, depending on configuration
Solvent volume	10–100 mL
Available extraction solvents	Carbon tetrachloride or chloroform
Extraction efficiency	>95%
Extraction time	3–5 minutes per sample
Measurement accuracy	Error < ±5%
Simultaneous sample capacity	1–3 water samples
Built-in mechanism	Rotary oscillator
Supported oscillation extraction applications	Magnesium silicate adsorption, oil in solids, and oil in cooking fumes
Automation functions	Automatic solvent dispensing, bottle feeding, extraction workflow, and cleaning
Net weight	10 kg
Dimensions (L × W × H)	500 × 250 × 450 mm

Application Scenarios
• Water quality monitoring: Extraction of oil in water and other extractable pollutants.
• Environmental laboratories: Sample preparation for volatile phenols and anionic surfactants.
• Oil analysis: Oscillation extraction of oil from solid samples.
• Food service environmental testing: Extraction of oil from cooking fumes.
• Routine laboratory testing: Automated solvent extraction to reduce manual workload and improve workflow consistency.
• Environmental monitoring agencies: Batch processing of water samples for routine analytical procedures.

HM-Ⅲ vs. Conventional Manual Extraction

Feature	HM-Ⅲ Automatic Extractor	Conventional Manual Extraction
Solvent dispensing	Automatic volume setting and dispensing	Manual measurement and addition
Extraction process	Automated mixing and oscillation	Manual shaking or separate equipment
Cleaning	Automatic cleaning function	Usually manual cleaning
Operator solvent exposure	Reduced by enclosed design	Greater potential for direct exposure
Sample handling	Direct processing in the sampling bottle	May require sample transfer
Sample throughput	1–3 samples simultaneously	Depends on operator and workflow
Extraction efficiency	Specified at >95%	Depends on method and operator
Routine workload	Lower manual workload	More labor-intensive

Frequently Asked Questions
1. What is the HM-Ⅲ automatic extractor used for?
It is designed for liquid-liquid extraction in water quality analysis, including the preparation of samples for oil in water, volatile phenols, and anionic surfactants.
2. How many samples can it process at once?
The HM-Ⅲ can process one to three water samples simultaneously.
3. What solvents can the instrument use?
The specified solvents are carbon tetrachloride and chloroform. Solvent selection must comply with the analytical method and applicable safety requirements.
4. What sample and solvent volumes are supported?
The sample volume is specified as 5–1000 mL or 5–500 mL, depending on configuration. The solvent volume ranges from 10 to 100 mL.
5. How efficient is the extraction process?
The specified extraction efficiency is greater than 95%. Actual results depend on the sample matrix, solvent, and analytical method.
6. How long does extraction take?
The specified extraction time is approximately 3–5 minutes per sample.
7. Does the HM-Ⅲ reduce operator exposure to solvents?
Yes. Its fully enclosed design and automated solvent handling reduce direct contact with harmful solvents. Appropriate laboratory safety procedures and ventilation should still be followed according to the solvent and local regulations.
8. Can it extract oil from solid samples and cooking fumes?
Yes. Its built-in rotary oscillator supports oscillation extraction applications involving oil in solids and oil in cooking fumes, as well as magnesium silicate adsorption procedures.
9. What are the main advantages over manual extraction?
The HM-Ⅲ automates solvent dispensing, extraction handling, and cleaning, helping reduce repetitive labor, sample transfers, and potential solvent exposure.

Frequently Asked Questions
1. What is the HM-Ⅲ automatic extractor used for?
It is designed for liquid-liquid extraction in water quality analysis, including the preparation of samples for oil in water, volatile phenols, and anionic surfactants.
2. How many samples can it process at once?
The HM-Ⅲ can process one to three water samples simultaneously.
3. What solvents can the instrument use?
The specified solvents are carbon tetrachloride and chloroform. Solvent selection must comply with the analytical method and applicable safety requirements.
4. What sample and solvent volumes are supported?
The sample volume is specified as 5–1000 mL or 5–500 mL, depending on configuration. The solvent volume ranges from 10 to 100 mL.
5. How efficient is the extraction process?
The specified extraction efficiency is greater than 95%. Actual results depend on the sample matrix, solvent, and analytical method.
6. How long does extraction take?
The specified extraction time is approximately 3–5 minutes per sample.
7. Does the HM-Ⅲ reduce operator exposure to solvents?
Yes. Its fully enclosed design and automated solvent handling reduce direct contact with harmful solvents. Appropriate laboratory safety procedures and ventilation should still be followed according to the solvent and local regulations.
8. Can it extract oil from solid samples and cooking fumes?
Yes. Its built-in rotary oscillator supports oscillation extraction applications involving oil in solids and oil in cooking fumes, as well as magnesium silicate adsorption procedures.
9. What are the main advantages over manual extraction?
The HM-Ⅲ automates solvent dispensing, extraction handling, and cleaning, helping reduce repetitive labor, sample transfers, and potential solvent exposure.