After many years of research using tissue culture reproduction technology, we’ve achieved growth of a new strain of aloe barbadensis plants containing a much higher concentration of full spectrum of high molecular weight Acemannan Polysaccharides.
When the pups grow to the desired size, they are planted in the fields. The mature leaves are harvested by hand and delivered to the factory where we extract the Acemannan.
In the fields we broadly use beneficial microorganisms to protect the plants, while avoiding the use of pesticides to promote a healthy growth environment.
Every morning we receive fresh leaves from our fields. The leaves are inspected and washed.
After careful wash, we manually peel off the outer leaf to expose the inner gel, guaranteeing that any leaf that does not meet specs is rejected.
The aloe vera leaf is prepared, then homogenized. The complex carbohydrates are then extracted utilizing a super chilled ethanol bath, separating and stabilizing the Acemannan while removing the anthraquinones.
Then, through centrifugation, the stabilized Acemannan is separated from the ethanol, and dried using a cold freeze – drying process.
The final products undergo laboratory tests to ensure its quality, once approved it is delivered to our customers.
After many years of research using tissue culture reproduction technology, we’ve achieved growth of a new strain of aloe barbadensis plants containing a much higher concentration of full spectrum of high molecular weight Acemannan Polysaccharides.
When the pups grow to the desired size, they are planted in the fields. The mature leaves are harvested by hand and delivered to the factory where we extract the Acemannan.
Every morning we receive fresh leaves from our fields. The leaves are inspected and washed.
After careful wash, we manually peel off the outer leaf to expose the inner gel, guaranteeing that any leaf that does not meet specs is rejected.
The aloe vera leaf is prepared, then homogenized. The complex carbohydrates are then extracted utilizing a super chilled ethanol bath, separating and stabilizing the Acemannan while removing the anthraquinones.
Then, through centrifugation, the stabilized Acemannan is separated from the ethanol, and dried using a cold freeze – drying process.
The final products undergo laboratory tests to ensure its quality, once approved it is delivered to our customers.
The Result
True Acemannan with full spectrum polysaccharides, containing healthy natural fibers and LM Pectin are preserved to the benefit of our customers.
In the fields we broadly use beneficial microorganisms to protect the plants, while avoiding the use of pesticides to promote a healthy growth environment.