NEWS CENTER
Beyond Soxhlet Extraction: How hExtractor 20 Replaces Traditional Laboratory Preparation Methods
Release time:
2026-07-30
n modern analytical laboratories, advanced instruments such as HPLC, GC-MS, LC-MS, ICP-MS, and other analytical platforms provide highly accurate and sensitive detection capabilities. However, before samples can be analyzed, they often require complex and time-consuming preparation procedures.
For many laboratories, sample preparation has become the real bottleneck.
Traditional preparation methods, including Soxhlet extraction, ultrasonic extraction, microwave digestion, reflux extraction, and manual hydrolysis, often require:
- Long processing times
- Large amounts of organic solvents
- Intensive manual operation
- Multiple laboratory instruments
- Inconsistent results caused by operator differences
To solve these challenges, BIKAI developed the hExtractor 20 (ACR20 Auto-Chemical Extractor / Reactor), an automated high-pressure heating and reflux sample preparation platform designed to simplify laboratory workflows and improve overall efficiency.
What Is hExtractor 20?
The hExtractor 20 is an advanced automated chemical extraction and reaction system that integrates:
- High-temperature extraction
- High-pressure reaction
- Hydrolysis
- Digestion
- Oxidation
- Chemical synthesis
- Automated cooling and pressure release
into one compact laboratory instrument.
Unlike traditional extraction equipment that performs only one specific function, hExtractor 20 combines multiple sample preparation technologies into a single automated platform.
One Instrument. Multiple Laboratory Functions.
It can replace or reduce the need for:
- Soxhlet Extractors
- Ultrasonic Extractors
- Microwave Digestion Systems
- High-Pressure Reactors
- Reflux Heating Systems
This makes hExtractor 20 an ideal solution for laboratories seeking higher productivity, lower operating costs, and simplified workflows.
Why Sample Preparation Automation Matters
1. Dramatically Reduce Sample Preparation Time
Traditional sample preparation methods often require hours or even days.
For example:
| Application | Traditional Method | hExtractor 20 |
|---|---|---|
| Plastic additive extraction | 1–8 hours | 3–10 minutes |
| PFAS TOP oxidation | About 12 hours | 5–20 minutes |
| Protein hydrolysis | 12–24 hours | 5–30 minutes |
| Natural product extraction | 1–6 hours | 5–20 minutes |
| Polymer digestion | Long heating processes | Around 15 minutes |
By using controlled high-temperature and high-pressure conditions, hExtractor 20 significantly accelerates chemical extraction and reaction processes.
The result:
Hours of manual preparation can be reduced to minutes.
2. Increase Laboratory Throughput
A laboratory's productivity depends not only on analytical instruments but also on how quickly samples can be prepared.
For example:
A laboratory may own a high-performance LC-MS or GC-MS system capable of analyzing hundreds of samples per day. However, if sample preparation requires several hours per batch, the analytical instrument cannot operate at full capacity.
hExtractor 20 improves the entire workflow by:
- Processing multiple samples automatically
- Reducing waiting time
- Minimizing manual intervention
- Allowing technicians to focus on other laboratory tasks
This helps laboratories maximize the value of existing analytical instruments.
3. Replace Multiple Instruments with One Integrated Platform
One of the biggest advantages of hExtractor 20 is its multifunctionality.
Traditional laboratories often need separate equipment for:
- Extraction
- Digestion
- Hydrolysis
- Reflux reactions
- High-pressure chemical processing
This increases:
- Equipment investment
- Laboratory space requirements
- Maintenance costs
- Operator training requirements
With hExtractor 20, laboratories can consolidate multiple workflows into a single automated system.
One System Replaces Multiple Laboratory Processes
A smaller equipment footprint means:
- More efficient laboratory design
- Lower total ownership cost
- Easier workflow management
4. Improve Data Reliability Through Automation
Manual sample preparation can introduce variability.
Factors such as:
- Extraction time
- Temperature control
- Solvent volume
- Operator technique
may influence analytical results.
hExtractor 20 provides automated control of:
- Temperature
- Reaction time
- Pressure conditions
- Cooling process
- Sample preparation parameters
This improves:
- Method repeatability
- Result consistency
- Laboratory standardization
For quality control laboratories and testing organizations, standardized preparation procedures are essential.
5. Reduce Solvent Consumption and Environmental Impact
Modern laboratories are increasingly focused on green chemistry and sustainable operation.
Traditional extraction methods may consume large amounts of organic solvents.
For example:
Traditional Soxhlet extraction:
50–200 mL solvent per sample
hExtractor 20:
Only 0.1–5 mL solvent per sample
Benefits include:
- Lower chemical costs
- Less hazardous waste generation
- Reduced environmental impact
- Safer laboratory operation
Applications of hExtractor 20
Polymer and Plastic Material Testing
hExtractor 20 is especially valuable for polymer laboratories.
Applications include:
- Plastic additive extraction
- Antioxidant analysis
- UV stabilizer extraction
- Flame retardant analysis
- Polymer degradation studies
Typical targets include:
- BHT
- Irganox 1010
- PBDE
- TPP
- Plasticizers
Compared with traditional extraction methods, hExtractor 20 enables faster preparation of polymer samples for GC-MS and LC-MS analysis.
Environmental Analysis
Environmental laboratories can use hExtractor 20 for:
- PFAS sample preparation
- Soil contaminant extraction
- Waste material analysis
- Persistent organic pollutant testing
High-temperature and high-pressure conditions improve extraction efficiency and reduce preparation time.
Pharmaceutical, Biomedical and Forensic Analysis
Applications include:
- Hair and nail metabolite extraction
- Toxicology sample preparation
- Natural product extraction
- Herbal medicine analysis
The automated system improves recovery efficiency and laboratory productivity.
Food and Feed Testing
hExtractor 20 supports:
- Protein hydrolysis
- Amino acid analysis
- Polysaccharide hydrolysis
- Nutritional composition testing
It provides faster and more controlled preparation compared with conventional hydrolysis methods.
Chemical Research and Development
Beyond sample preparation, hExtractor 20 can also function as a compact automated reaction platform for:
- High-pressure reactions
- Organic synthesis
- Dissolution studies
- Crystallization experiments
It provides researchers with a flexible tool for chemical innovation.
The Future of Laboratory Sample Preparation
As laboratories face increasing sample volumes, stricter regulations, and higher efficiency requirements, automation has become a key trend.
The future laboratory is not only about having more powerful analytical instruments.
It is about creating a complete automated workflow:
Sample Preparation → Reaction → Extraction → Analysis → Data
hExtractor 20 addresses one of the most important challenges in laboratory operation by transforming traditional manual preparation into an efficient, automated, and standardized process.
Conclusion: A Smarter Way to Improve Laboratory Efficiency
The hExtractor 20 is more than an extraction instrument.
It is an all-in-one automated sample preparation platform designed to help laboratories:
✓ Accelerate sample preparation
✓ Increase analytical throughput
✓ Reduce solvent consumption
✓ Improve experimental consistency
✓ Replace multiple traditional instruments
✓ Lower overall laboratory operating costs
For modern analytical laboratories, hExtractor 20 represents a new approach to improving efficiency through automation.
Key words:
Related News
Contact Information
Add: 2nd Floor, Building 3, No. 1 Chaoqian Rd, Changping, Beijing, China PRC.
HQ: 702, 2#, No.22, Daoan Rd, Suzhou, China.
TEL:86 18613365565
MAIL: info@uvtech-cc.com
Focus on us
Copyright 2024 Beijing UVTech Inc. All Rights Reserved