Precision-Built Steam Distillation
Engineered specifically for essential oil extraction, this system utilizes steam distillation to gently release volatile compounds from botanicals. The result is pure, untainted essential oils and floral waters with maximum aromatic integrity.
Solid Red Copper Pot
The premium red copper pot provides superior and uniform heat distribution, ensuring gentle and consistent extraction. Copper also actively removes sulfur compounds, preserving the delicate true-to-plant aroma of your essential oils.
Elegant Swan Neck Design
The swan neck creates additional vapor space and promotes smooth, even vapor flow. This design minimizes carryover and ensures clean separation, yielding high-purity essential oils with exceptional clarity.
Efficient Condensation System
The matched copper condenser efficiently converts vapor back to liquid, ensuring maximum oil yield while maintaining precise temperature control throughout the extraction process.
Small-Batch Precision
With a 50L working capacity, this compact system is ideal for boutique botanical farms, craft herbalists, and small-scale cosmetic laboratories. It allows for precise control over each batch, perfect for recipe development and small-scale production.
Fresh & Dried Botanical Compatibility
Effectively processes both fresh and dried botanicals, offering flexibility to work with seasonal harvests and a wide variety of plant materials including flowers, herbs, leaves, roots, and spices.
Versatile Heating Options
Choose from electric heating, steam heating, or gas direct-fire heating (optional) to match your facility setup and energy availability.
Compact Footprint
The space-saving design fits easily into small laboratories, workshops, or boutique production facilities without requiring extensive installation or modifications.
CIP-Ready Hygienic Design
The integrated CIP (Clean-in-Place) compatible piping system simplifies cleaning between batches, preventing cross-contamination between different botanical runs and maintaining product purity.