ASME Certified Automatic SUS316 High Efficient perfume extraction machine

Essential oils can be extracted from several plants with different parts by various extraction methods. The manufacturing of essential oils, and the method used for essential oil extraction are normally dependent on botanical material used. State and form of material is another factor used for consideration. Extraction method is one of prime factors that determine the quality of essential oil. Inappropriate extraction procedure can lead to the damage or alter action of chemical signature of essential oil.This results in the loss in bioactivity and natural characteristics. For severe case, discoloration, off-odor/flavor as well as physical change such as the increased viscosity can occur. Those changes in extracted essential oil must be avoided.
Steam distillation is the most widely used method for plant essential oil extraction. The proportion of essential oils extracted by steam distillation is 93% and the remaining 7% can be further extracted by other methods . Basically, the plant sample is placed in boiling water or heated by steam. The heat applied is the main cause of burst and break down of cell structure of plant material. As a consequence, the aromatic compounds or essential oils from plant material are released. The temperature of heating must be enough to break down the plant material and release aromatic compound or essential oil.

The essential oil extracting machine uses distillation technology and chemical separation,which can extract plant componentsefficiently by steam distillation,and have good effect in collecting essential oil from plants,flowers,leaves,wood, such asrose,lavender,eucalyptus leaves,lemongrass citronella,sandalwood,etc. By steam distillation or water distillation, the steampasses through plants material and vapourises oil,mixtures of steam and oil vapors go into the condenser.After the cooling,oil formed.This is the ideal device for you to make essential oil no matter for laboratory use or batch production.