Vacuum impregnation API 3.0 is considered to be a great technique to quickly introduce external liquids in the porous structures of plant tissues, in a controlled way.
Vacuum impregnation is applied with the goal of modifying the composition of the plant. A wide range of applications for vacuum impregnation is possible through appropriate choice and control of operating conditions such as processing temperature, pressure, time, composition of solution, geometry of the plant pieces and contact between the plant and solution.
With vacuum impregnation API 3.0, it is possible to have an effect on cannabinoids composition and concentration, without altering the terpenes.
Exeat is one of the rare developers and manufacturers of Butane Impregnation Systems in the market.
Our 10+ years of experience in the domain, proved to us that Butane gas has helped getting much better results than any other solvent by:
- Proving excellent solubility in the cannabinoids.
- Requiring short mixture preparation.
- Having the highest terpene preservation rate.
- Needing the lowest investment to start.
- Needing the least energy to operate.
- Having the lowest impact on environment.
Thanks to our API 3.0 and 25.0, we are able to propose solutions for all sizes of productions and for all types of products, since we have great results with flowers and resins!
Vaccuum impregnation
Increased interest in vacuum impregnation stems primarily from the need to make improvements in the quality of the products. Vacuum impregnation is applied with the goal of modifying the composition of the plant. A wide range of applications for vacuum impregnation is possible through appropriate choice and control of operating conditions such as processing temperature, pressure, time, composition of solution, geometry of the plant pieces and contact between the plant and solution.
With vacuum impregnation API 3.0, it is possible to have an effect on cannabinoids composition and concentration, without altering the terpenes.
Technical specification
* All the electrical parts located in hazard zone must be marked at least with 2G T2 IIA. Before use, carefully read the Instruction manual!
Users of the device must be properly trained.The access to the device must be prohibited to unauthorized (not trained) workers.
Materials
More info
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