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AELAB Bench-top XRF spectrometer AE-EDX-2800B
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AELAB-Accelerated-Solvent-Extractor-ORSE-06
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AELAB Accelerated Solvent Extractor ORSE-06

accelerated solvent extractor, solid sample extraction system, automated solvent extraction equipment, rapid extraction of organic compounds, ORSE-06 solvent extractor, environmental sample pre-treatment, food safety extraction device, forensic solvent extraction, polymer additive analysis, automated sample preparation system

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AELAB Accelerated Solvent Extractor ORSE-061 MB

Description

ORSE-06 Accelerated Solvent Extractor – High-Efficiency Solid Sample Preparation System

The ORSE-06 Accelerated Solvent Extractor is an advanced, fully automated extraction system designed to rapidly extract and purify organic compounds from solid or semi-solid samples. This device significantly enhances extraction efficiency through precise control of solvent type, temperature (40°C–200°C), and pressure, enabling complete and reproducible extraction in just 15 minutes.

Engineered for environmental, food, forensic, pharmaceutical, and industrial laboratories, the ORSE-06 minimizes solvent consumption, reduces exposure to hazardous vapors, and ensures consistent, high-quality analytical results with minimal manual intervention.

🔍 Key Features

  • ⚡ Rapid Extraction
    Complete extraction cycle in as little as 15 minutes—much faster than traditional methods like Soxhlet or ultrasonic extraction.

  • 🔒 Fully Enclosed System
    Closed-loop design minimizes solvent volatilization and protects users from exposure to organic solvent vapors, ensuring a safer, eco-friendly lab environment.

  • 🔧 Automated Workflow
    Entire extraction process—rack detection, preheating, solvent loading, pressurization, extraction, and cleaning—is fully automated for maximum throughput and accuracy.

  • 🔄 Parallel Processing
    Six-channel parallel extraction allows simultaneous processing of multiple samples, dramatically improving productivity.

  • 📊 Smart Sensor System
    Built-in sensors verify correct installation of sample racks, collection racks, and tanks, ensuring error-free operation.

📈 Performance Comparison Table

 

Extraction Method Sample Capacity (g) Solvent Usage (mL) Solvent/Sample Ratio (mL/g) Extraction Time
Soxhlet Extraction 10–30 300–500 16–30 4–48 hrs
Ultrasound Extraction 30 300–400 10–13 0.5–1 hr
Microwave Extraction 5 30 6 0.5–1 hr
Automated Soxhlet 10 50 5 1–4 hrs
ORSE-06 10–100 15–150 1.5 15 min

🌐 Application Areas

🧪 Environmental Analysis

  • Extraction of toxic and hazardous compounds such as PAHs, PCBs, pesticides, TPH, explosives, and herbicides from soil, sediment, air filters, and solid waste.

🌾 Food & Agriculture

  • Efficient extraction of fat content, additives, pigments, pesticide residues, veterinary drug residues, and heavy metal forms from processed food, agricultural products, and seafood.

🕵️ Criminal Investigation

  • Sample prep for forensic analysis of drugs, poisons, explosives, and fire debris residues.

🧫 Polymer & Plastic Industry

  • Extraction of plasticizers, additives, flame retardants, and residual monomers from polymers and synthetic materials.

💻 Electronics Industry

  • Detection of brominated flame retardants, polycyclic aromatic hydrocarbons, and related substances in electronic components.

🌿 Medical & Pharmaceutical

  • Extraction of active ingredients from herbal medicines, natural products, and pesticide residues in traditional medicines.