Large-Scale Essential Oil Extraction Equipment
Maximize your essential oil and hydrosol yield with advanced steam distillation technology. Built from premium pharmaceutical-grade stainless steel, our robust extraction units are designed for the high-volume processing of flowers, leaves, roots, and citrus peels.
Feature
Precision Temperature Control:
Advanced PLC automated control maintains strictly regulated heating profiles. This prevents the degradation of heat-sensitive aromatic compounds, ensuring the highest therapeutic quality of your essential oils.- High-Efficiency Condensation:
Features a multi-layer tubular condenser with an enlarged heat transfer area (>5 m²). It rapidly cools the vapor back into liquid, drastically reducing volatile oil loss during the distillation process. - Pharmaceutical-Grade Build:
The entire distillation tank, condenser, and oil-water separator are constructed from mirror-polished SUS304/316L stainless steel, ensuring zero chemical reactivity with the plant materials. - Versatile Heating Options:
Can be configured for direct electrical heating, steam heating (via a boiler), or thermal oil heating, easily adapting to your factory’s existing energy infrastructure.
Precision Temperature Control:
High-Efficiency Condensation:
Pharmaceutical-Grade Build:
Versatile Heating Options:Samples
7 * 24 Support 
Remote Support 
Global CoverageParameters of the large-scale essential oil extraction equipment
| Item | Specification |
|---|---|
| Model | LEOF-3000 |
| Total Capacity | 3000 L |
| Distillation Tank Volume | 1500 L × 2 sets |
| Condenser Heat Transfer Area | > 5 m² |
| Distillate Liquid Storage Tank | 50 L |
| Heating Method | Steam / Electric / Thermal Oil |
| Power Requirement | 18 kW (for electric control) |
| Material | SUS304 / 316L Stainless Steel |
FAQ
Yes. Our highly efficient oil-water separator is designed to utilize the different specific gravities of oil and water. It continuously channels the pure essential oil into the collection flask while directing the aromatic hydrosol (floral water) into a separate storage tank.
We utilize a “water-barrier” or indirect steam distillation method. The delicate petals sit on a specialized perforated sieve plate inside the tank, preventing direct contact with the heating source at the bottom. Only pure steam passes through the flowers, ensuring zero scorching.
Not at all. For our large-scale industrial models, we design the distillation tanks with a large pneumatic bottom-discharge door or integrate a motorized lifting basket. This allows operators to empty the spent biomass in minutes with minimal physical labor.
