The Extractor by Edulabs is a core laboratory component designed to perform continuous extraction of soluble compounds from solid matrix samples using volatile organic solvents. Widely utilized in organic chemistry, environmental monitoring, agricultural testing, and industrial research, this extractor ensures maximum yield and efficiency during Soxhlet-type analytical routines. By cycling refluxed solvent continuously through the sample chamber, the apparatus selectively isolates lipids, oils, pesticides, and active pharmaceutical ingredients without manual intervention.
Operating on classic siphoning mechanics, solvent vapor generated in a boiling flask below ascends through a side bypass tube into a reflux condenser attached to the top socket. The condensed solvent then drips continuously onto the solid sample held within a thimble inside the extractor chamber. Once the liquid solvent level in the chamber reaches the top of the integrated siphon tube, a vacuum siphon action is triggered, automatically draining the solvent along with dissolved target compounds back down into the boiling flask. This continuous automated process guarantees exhaustive extraction while reusing a minimal volume of solvent.
Fabricated entirely from high-grade BORO 3.3 Borosilicate Glass, the extractor exhibits superior thermal performance and extraordinary resistance to chemical attack by acids, halogenated organic solvents, and neutral solutions. Its robust wall thickness and low coefficient of thermal expansion protect against cracking or structural failure during sudden thermal fluctuations. Featuring precisely ground upper sockets and lower cones, the unit creates secure, standardized connections that prevent vapor leakage, ensuring a closed-system operation essential for safety and sample preservation.
Engineered to meet stringent laboratory standards, the Edulabs Extractor easily integrates into standard chemistry laboratory setups. Its modular joint design allows full inter-compatibility with standard flasks, thimbles, and reflux condensers. By choosing Edulabs, laboratories receive high-precision glass instrumentation built for longevity, accurate analytical repeatability, and optimal laboratory safety.
Key Features
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Fabricated from premium BORO 3.3 Borosilicate Glass for superior chemical and thermal durability.
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Features precision-ground interchangeable socket and cone joints for vapor-tight seals.
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Enables automated, continuous solid-liquid extraction routines.
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Excellent resistance to aggressive organic solvents, acids, and thermal stress.
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Standardized joint dimensions for seamless integration with standard laboratory glassware.
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High transparency for clear visual monitoring of solvent cycling and siphon action.
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Uniform wall thickness provides enhanced mechanical strength and heat distribution.
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Ideal for isolation of fats, lipids, essential oils, and environmental pollutants.
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Low coefficient of thermal expansion ensures stability during rapid temperature changes.
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Manufactured under strict quality control standards for maximum laboratory reliability.
Technical Specifications
| Parameter | Specification |
| Product Name | Extractor |
| Material | BORO 3.3 Borosilicate Glass |
| Standard | Standard Laboratory Glassware Standard |
| Capacity | 60 ML, 100 ML, 200 ML, 250 ML, 500 ML, 1000 ML |
| Joint Types | Interchangeable Ground Glass Joints (Socket / Cone) |
| Chemical Resistance | High resistance to acids, organic solvents, and neutral liquids |
| Thermal Shock Resistance | High thermal shock resistance |
| Application | Continuous Solid-Liquid Solvent Extraction |
| Grade | Laboratory Grade |
Available Models
| Item Code | Capacity | Socket | Cone | Pack |
| SL.2307.14 | 60 ML | 34/35 | 24/29 | 1 |
| SL.2307.15 | 100 ML | 40/38 | 24/29 | 1 |
| SL.2307.16 | 100 ML | 45/40 | 29/32 | 1 |
| SL.2307.17 | 200 ML | 50/42 | 24/29 | 1 |
| SL.2307.18 | 250 ML | 45/40 | 29/32 | 1 |
| SL.2307.19 | 500 ML | 60/46 | 29/32 | 1 |
| SL.2307.20 | 1000 ML | 71/55 | 29/32 | 1 |
Applications
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Lipid and crude fat determination in food and agricultural products.
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Extraction of active pharmaceutical ingredients (APIs) from natural plant materials.
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Isolation of environmental pollutants, pesticides, and hydrocarbons from soil samples.
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Essential oil extraction in cosmetic and fragrance research laboratories.
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Quality control testing in petrochemical and polymer processing industries.
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Soluble matter extraction in botanical, herbal, and nutra-ceutical testing.
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Organic synthesis and purification routines in academic chemistry laboratories.
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Waste-water and solid sludge constituent extraction for environmental compliance.
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Analytical sample preparation prior to gas or liquid chromatography.
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Research and development in natural product chemistry.
Note
Edulabs also offers a comprehensive range of laboratory glassware, laboratory plasticware, laboratory chemicals, laboratory instruments, laboratory equipment, scientific apparatus, educational laboratory equipment, and customized laboratory solutions for educational institutions, research laboratories, pharmaceutical institutions, healthcare facilities, biotechnology laboratories, environmental testing laboratories, food and beverage laboratories, and industrial quality control laboratories. Contact Edulabs for bulk orders and OEM requirements.


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