Paralab Supercritical Fluid Extraction (SFE) System
Although, other components present on ethanol extracts may be avoided if required. There are commercial units available to process from less than
In the medicinal cannabis extraction stage, plant biomass is converted into highly controlled, therapeutically active cannabinoid and terpene concentrates that can be used in oils, APIs and finished dosage forms. At Paralab Green, extraction is designed around efficiency, scalability and compliance, so producers can align with stringent EU GMP workflows while maintaining consistent quality across batches. By combining process expertise with specialized cannabis extraction equipment, we help laboratories and manufacturers design robust extraction lines that are ready for regulated markets.
Ethanol cannabis extraction is a solvent-based technique widely adopted for high-volume processing of cannabis and hemp. In this method, cryogenic ethanol is used to solubilize desirable compounds, which are then filtered, concentrated and routed to downstream purification, such as winterization, distillation or isolation. Classified as a low-toxicity Class 3 solvent when properly purged, ethanol supports high-throughput manufacturing, straightforward scalability and relatively low equipment cost, making it a preferred option for distillate and isolate production. Paralab Green supplies cannabis ethanol extraction systems ranging from cold-ethanol skids to fully integrated industrial solutions that include solvent recovery and automated control.
For applications where purity, terpene preservation and formulation flexibility are critical, supercritical CO₂ extraction (SFE) offers a highly tunable approach to medicinal cannabis extraction. By operating CO₂ at supercritical conditions of pressure and temperature, processors can achieve liquid-like solvating power with gas-like diffusivity, enabling selective extraction of target cannabinoids and terpenes while minimizing unwanted compounds. Since CO₂ leaves no persistent solvent residues and can be recycled within the system, SFE is particularly attractive for pharmaceutical-grade cannabis oils. Paralab Green delivers supercritical CO₂ extraction systems engineered for GMP integration, precise parameter control and reliable performance at pilot or industrial scale.
In segments where brand differentiation depends on minimal processing and maximum preservation of the plant’s native profile, solventless cannabis extraction provides a compelling option. Instead of chemical solvents, solventless technologies rely on mechanical forces such as pressure, agitation, filtration and temperature control to separate the trichomes from the plant material, producing concentrates like rosin, live rosin, dry sift hash and other formats. Paralab Green supports this space with specialized solventless extraction equipment, including hash washers, rosin presses and freeze dryers that help preserve aroma and potency.
Selecting between ethanol extraction, supercritical CO₂ extraction and solventless extraction depends on target product types, regulatory framework, throughput expectations and investment profile. Many producers adopt a hybrid strategy that combines high-throughput solvent-based extraction for bulk ingredients with smaller, specialized lines for premium, solventless or full-spectrum products. Paralab Green works as a technical partner across this decision process, helping clients specify cannabis extraction equipment, map complete workflows from biomass loading to final packaging.
Although, other components present on ethanol extracts may be avoided if required. There are commercial units available to process from less than
HMI simple interface No more manual adjustment of temperatures and vacuum levels in each controller. All control parameters in a single place
Extraction Vessel volume: 10 L / 20 L combinations Total extraction vessel volume: Up to 40 L* Liquid CO2 pump: Up to
Extraction Vessel volume: 20 L / 45 L combinations Total extraction vessel volume: Up to 90 L* Liquid CO2 pump: Up to
Extraction Vessel volume: 2 x 100 L or 2 x 200 L Liquid CO2 pump: Up to 22 kg/minute Integrated multi-solvent system
PrimeEx™ Q-Series+ 90L & 180L system configurations PrimeEx™ R-Series+ 200L & 400L system configurations Reliable Higher uptime means higher profits. With a
Say goodbye to bottlenecks, transfer loss, inefficient labor, and several pieces of equipment from different vendors. Say hello to a single integrated
Features: All-in-one system (no additional parts needed) GMP-ready with stainless steel construction Automatic wash cycles with customizable and savable settings No-shear impeller