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How is CBD oil produced?

CBD is making headings for its diverse potential applications and promises supported by a growing clinical body. While lots of posts discuss the usages and advantages of CBD oil, many people stay in the dark when it pertains to a significant question: how is CBD oil produced?

We are here to clarify this shadow: from growing the plant to collecting it for extraction. We will exceed fundamental knowledge, we will dive into measures to harvest the purest and most effective oil. These actions are shunned by lots of business, however we, CBD oil, consider them crucial to the production of high quality products. Prepare, here’s the fundamentals of CBD oil production.

Hemp cultivation and harvest

All of it starts with an adjusted culture of hemp. Industrial hemp seeds are produced with care for their natural abundance of tidewater CBD and their low THC content. At CBD oil, we test the soil prior to cultivation, to ensure there are no signs of contamination. The seeds are then planted and the hemp grows for 120 days.

Near completion of the flowering duration, the plants are collected. They are cut near to the roots, the leaves and seeds are removed, and the branches begin to dry. The branches are then soaked to soften the fibers, this procedure is called “retting”. Then comes the “decortication”, the fiber is by hand separated from the branch to go to the next actions. So we can proceed to extracting CBD.

CBD extraction approaches

There are three main approaches of extracting CBD: using edible oil (such as olive oil), liquid solvents, or supercritical CO ₂ extraction Extraction by liquid solvents is the most widespread in the industry. Nevertheless, for the sake of quality and accuracy, CBD oil prefers supercritical extraction to CO ₂. Now let’s have a look at the pros and cons of each approach.

Oil extraction.

Among the most direct approaches is using oil to extract CBD. It is popular amongst home producers. This procedure starts with using heat to decarboxylate raw plant material, thereby triggering cannabinoids such as THC. The next action is to add olive oil to marijuana and the mixture is warmed to 100 ° C for 1 or 2 hours. Olive oil eventually evaporates and leaves an extremely focused CBD oil


This approach is very economical and is implemented safely. It does not need unique equipment and is therefore accessible to home producers.

The cons

Compared to the effort needed, this extraction approach uses just a few end products. The resulting oil is extremely perishable and should be kept in a cool, dry place and taken in reasonably rapidly to keep it from turning.

Liquid solvent extraction

Extraction with liquid solvents typically occurs using ethanol, lp or butane. The plant material is boiled using among the solvents in order to extract the desired components (in this case, CBD). The service is then filtered and the solvents are purged using heat or a vacuum cleaner, leading to a concentrated end product abundant in CBD.


The equipment needed for extraction by liquid solvents is typically not too complex or too specialized, however still provide an extremely focused oil as a result. The procedure also remains reasonably simple.

The cons

On the disadvantage, this approach needs more energy than extraction with oil or CO ₂. It is also less exact than CO ₂ extraction in terms of targeting the desired components (such as CBD move), which very typically generates products that do not make you desire at all. Dealing with solvents at heats is also very hazardous and presents threats to the environment.

COcrit supercritical extraction

This is the approach we have used here at CBD oil considering that we found that it uses the highest quality oil. Supercritical CO ₂ extraction is also a popular approach outside the CBD or hemp industry, and is frequently used in the cosmetic and pharmaceutical industries.

At its “vital” temperature level and pressure, CO ₂ is in a state between gas and liquid, permitting it to express the functions of these two aspects. The supercritical COtraction extraction is used as a “green solvent” in the extraction of CBD. The CO ₂ need to reach an optimal temperature level and pressure for the extraction to take place. This needs accuracy and professional knowledge, due to the fact that various components are insulated at various temperatures.

Industrial range extraction systems include three parts: the extraction tank, the accumulator and the separator. The extraction tank is filled with crushed marijuana and the accumulator pumps fill the tank with CO ₂. This creates a mix of CO ₂ and cannabinoids. The separator then catches the mixture, eliminates the CO ₂ and isolates the CBD extract.


CO ₂ extraction is a safe approach for humans and the environment. It does not need any harmful chemical compound and uses a closed-loop approach permitting the possibility of recycling CO ₂. Considering that CO ₂ extraction operates at a lower temperature level than that based on liquid solvents, it preserves more hemp terpene profiles and therefore generates a richer and more advantageous oil.

The cons

This approach is very pricey because of the equipment needed. It needs specialized knowledge and it is necessary to have access to a skilled chemist. These two things make CO ₂ mining unsuitable for private producers.

Go even more

The above extraction approach can provide a good yield of CBD oil by itself, and lots of business stop there. Nevertheless, there are extra actions you can require to get an actually fantastic finished product. Here are some extra actions that CBD oil takes to heart and thinks about crucial in its production procedure. They are our method of going even more and producing a genuine premium product.

Decarboxylation of CBD

In terms of marijuana, decarboxylation is a procedure that uses heat to transform cannabinoid acids to active cannabinoids. When heat is used at a certain temperature level and for a particular time period, a carboxyl group is removed from the cannabinoid acid. Co2 is released and just active cannabinoids stay. For instance when cannabinoid acid CBDA is decarboxylated, it becomes CBD.

Decarboxylation of CBD oil on an industrial scale is a complicated procedure that needs skill and experience. To do this safely, a laboratory is needed together with professional recommendations and using specialized engineering equipment. That said, when done right, decarboxylation allows us to ensure that the CBD oil reaches its maximum strength (therefore you can get the most out of it).


At CBD oil, we purify our oil with CBD using a special filter system. This procedure gets rid of undesirable fat, chlorophyll and particular chemical components. Unpurified (or raw) oil is darker. It can be non-uniform in terms of concentration and has a strong smell. The cleansed oil has a lighter color, a discreet and natural smell, an uniform power and a pure and liquid consistency.

In addition to our purification system, we test all of our oils for a long period of time to ensure that they consist of no artificial impurities, additives or hazardous tiny life types. Furthermore, a 3rd party will guarantee that our products are as pure as we claim.

Terpenes enrichment

Terpenes are aromatic components discovered in marijuana. They all have their own homes, some show restorative potential. For instance, one study discovered that myrcene, which has an earthy aroma, alleviates discomfort, inflammation, and depressed moods.

The procedure of extracting CBD from hemp can lead to the disappearance of particular terpenes. For this reason, CBD oil includes a terpene enrichment action to the production model of its CBD oils. We save as lots of terpenes as possible using a steam distillation procedure for which we hold the patent. Thanks to this, we protect more of the holistic advantages of hemp.

The gold standard of CBD oil

CBD oil’s CBD oil is made in Swiss laboratories using cutting edge equipment, premium raw materials and the current clinical approaches. We value transparency in our procedures and enjoy to inform our customers about all aspects of CBD oil. From cultivation to harvest to reach your doorstep, we are committed to preserving the highest quality at each phase. We are taking actions that press the requirements even further.

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