The human body is made up of water. On average, the body of an adult human being contains 60% water. Most of the water in the human body is contained inside our cells. Water and Oil do not mix well.

Oil and water don’t mix because water molecules are more attracted to each other than to oil molecules. Molecules of water are strongly attracted to each other because they are polar. Oil and water molecules are not attracted to each other because oil molecules are non-polar and hydrophobic or ‘water-fearing’.

The Problem with Oil

With most oil based consumer products, only about 10% of the particles get used by your body. That’s because a cell cannot fully absorb a particle that is bigger than it. Cannabinoid particles measure about 2,000 nanometers (or millionths of a meter). Human cells can only directly absorb particles that measure 10~80 nanometers.

Water Soluble CBD and Nanoemulsions

The Solution: Nano-Emulsified CBD

Nano-emulsification makes CBD particles small enough for your body to fully utilize them and reap the benefits. Because oil and water do not mix it is essential for CBD particles to be processed and reduced to a size they can be absorbed at a cellular level.

The pharmaceutical and cosmetics industries have been using this technique to overcome this same challenge for decades. In the near future we predict that almost all cannabinoid-based products will be processed with Nano Emulsification equipment, the benefits are just so superior to traditional oil it’s not even funny.

Why would you take a supplement where 90% is wasted and not even absorbed, when you could take a supplement where 90% is absorbed.

Our Process and Technology

Using High Power Ultrasonic Nano emulsification equipment, liquids are passed through high-intensity ultrasound which creates ultrasonic cavitation. This produces asymmetrically imploding bubbles and causes micro-jets that create mechanical shear forces. Ultrasonic amplitudes on the order of at least 70 microns peak-to-peak are necessary for this process to be effective. High-gain acoustic sonotrodes amplify the vibration generated by transducers to deliver the ultrasonic energy to create emulsions this allows the creation of nano-particles which cross the blood-brain barrier where traditional oil cant because they are to large.