Quality & Extraction
So that we can offer our customers the best possible quality available on the market, our products are subject to constant quality control throughout the whole manufacturing process.
All raw ingredients that are professionally processed by us originate from controlled organic cultivation without the use of harmful pesticides or chemicals.
Through the use of innovative harvesting machines and thanks to intensive analysis procedures throughout the whole extraction process, we not only achieve top-class product quality but also produce in a particularly environmentally-friendly and sustainable way.
The extraction of cannabis concentrates is carried out based on the solubility of cannabinoids and other active ingredients of the hemp plant. Different extraction methods are used to extract the cannabis concentrate, with each having different types of potential effectiveness.
The yield of cannabis concentrate, the effectiveness of the concentrate and the basic safety of the product depend, inter alia, on the quality of the method used.
The extraction of cannabis concentrate using CO2 (carbon dioxide) has the highest market acceptance. This is a particularly safe and acceptable method in which the risk of remaining solvent residues may be excluded.
Although CO2 extraction systems are considerably more expensive compared to butane or hexane systems, CO2 acts as a solvent under the influence of heat or cold, where hemp leaves are penetrated under high (supercritical) or low (sub-critical) pressure.
Extracting high quality concentrates from CO2 without the proper equipment suitable for the required pressure is extremely difficult. Therefore, we have a team of experts on the job, to assure the best quality, every time!
Benefits of CO2 at a glance:
- It’s non-toxic
- Has GRAS status
- Used in food products without any restrictions
- Leaves no dangerous residues
- Free of impurities
- It’s inert
- It’s antibacterial
- Available in large quantities at affordable prices
This type of extraction technology makes it possible to:
- Re-use and recover CO2
- Extract substances in their natural form
- Process sensitive products at moderate temperatures
- Obtain high yields
- Exclude oxygen