Houdini Lab

Full Spectrum Extracts with a High Cannabinoid Content

Complete plant extracts (also known as full-spectrum extracts) are extremely popular in the cannabis market. Full-spectrum extracts, which are distinguished by their high concentrations of cannabinoids and other cannabis chemicals, are reported to offer superior therapeutic qualities, as well as superior flavors and smells, when compared to other cannabis products such as isolates. The terms HCFSE (High Cannabinoid Full Spectrum Extract) and HTFSE (High Terpene Full Spectrum Extract) are typically used to differentiate between two types of products aimed at consumers seeking purity while also enjoying exceptional smells.

Extracts derived from whole plants are the way of the future for cannabis growers. As a result, cannabis artists can use a number of approaches to generate their full-spectrum extracts, giving them the opportunity to appeal to a wider range of consumers.


So, what is the definition of HCFSE? What is it about whole-plant cannabis concentrates that makes them so sought-after in the industry? And what are the processes that are used to create full-spectrum extracts?



It is a hash oil product that is rich in flavors and fragrances, as well as high cannabinoid concentrations, including all main and minor cannabinoids, as well as terpenes and flavonoids. HCFSE is an abbreviation for high concentrations of cannabinoids in a hash oil product. These products preserve the greatest number of plant components — so keeping the plant’s flavor — and are difficult to produce, making them extremely coveted products on the market. However, as the quality of HCFSE products improves, more complicated techniques are required to manufacture them than, for example, isolates.


HCFSE goods are similar to HTFSE products in that they are devoid of the undesirable components of the cannabis plant, such as wax, fats, and lipids. There is a distinction, though, in that HTFSE is concerned with preserving the level and quality of terpenes, whereas HCSFE is concerned with maintaining the variety of cannabinoids. Producing custom-made full-spectrum extracts that are rich in cannabinoids and have THC and CBD interacting with one another at the most efficient levels is now possible, according to researchers.



Full spectrum extracts have a greater therapeutic effect than single spectrum extracts. Isolates contain terpenes and flavonoids, as well as other compounds, but with whole-plant extracts, we produce a more comprehensive product – one that customers actually enjoy for the depth, tastes, and therapeutic capabilities they provide. On top of that, aromatic terpenes operate in synergy with cannabinoids to enhance the potency of certain effects, such as pain alleviation or other therapeutic responses.


The entourage effect is particularly fascinating in HCFSE since all of the chemicals are retained and function in synergy. We already know that the effects of THC and CBD are amplified when they are combined, and that they produce certain effects that are desired for therapeutic purposes. Because the cannabis plant is composed of 400 different substances, investigating the interactions between all of these components is an ongoing and fascinating endeavor.


Furthermore, when compared to isolates, full-spectrum CBD extracts demonstrate greater efficacy at larger doses. According to the findings of the study, CBG or CBN can be detected in full-spectrum extracts and has analgesic, anti-inflammatory, and anti-bacterial activities, among other things. However, in order to achieve such benefits, producers must maintain a high concentration of cannabinoids while also removing undesirable components, as demonstrated above.



Crystallized HCFSE can be obtained in a variety of forms and may contain a higher concentration of THC, up to 55 percent. However, when sugar is added, that percentage can rise to as high as 90 percent. THCa diamonds can also be mined from the HCFSE ore body. Cannabis enthusiasts are sensitive to such goods and seek for high-cannabinoid spectrum extracts in their purest forms to use in their preparations. Producers must look for a plant that meets a set of desirable qualities and develop HCFSE that is solvent-free and contains the following characteristics:


Using a rosin press, manual extraction is accomplished by squeezing resin from the starting material under high heat and pressure. That approach has the benefit of not requiring the use of a solvent and is therefore considered to be safe. The purity, on the other hand, may be comparable to that of other extraction procedures, because undesirable components may not be completely eliminated. Additional components may be altered as a result of the application of heat (flavors or cannabinoids).


BHO (Butane Hydrocarbon Extraction) is a process that eliminates undesired contaminants from a gas that has been cooled and liquefied before being released. Winterization or dewaxing are used to refine the plant’s components after they have been dissolved and purified. As the number of solvents employed in the process increases, the parameters must be more accurate in order to avoid alteration of the end product. Despite the fact that this extraction method is more involved than other methods such as the Rosin press, it provides greater precision when it comes to extracting the desired extracts.


CO2 extraction is based on phase transitions in CO2 — and hence has both a gaseous and a liquid phase. The approach has the potential to yield a high-potency extract. In the case of C02 extraction, the temperature and pressure can be modified, allowing for the creation of a specific environment in order to produce desired characteristics or flavors. Last but not least, unlike other extraction procedures, this sophisticated process does not necessitate any post-processing treatment after the fact.