Post-processing equipment refers to the machines used after extraction to refine crude cannabis or hemp oil into a finished, market-ready product. It spans several distinct stages: winterization to remove fats and waxes, solvent recovery and decarboxylation to reclaim solvent and activate cannabinoids, distillation to concentrate and purify cannabinoids, isolation and crystallization for high-purity isolates, THC remediation for compliant broad-spectrum products, and nanoemulsification for water-soluble formulations. Not every product requires all six stages; the sequence depends on the extraction method used and the final product format, whether that’s a distillate cartridge, a CBD isolate, or an infused beverage.

Yes. Every equipment purchase includes installation support and initial staff training. We also offer re-training sessions when your team changes, along with ongoing technical support covering basic and comprehensive maintenance, pre-distillation engineering guidance, and process-specific training such as decarboxylation or ethanol recovery. If you’re relocating a used machine to a new facility, our technicians can assist with that as well. Premier Program members receive additional support, including annual on-site service visits and priority access to our self-serve help desk.

It depends on the equipment. Winterization, solvent recovery, and crystallization systems typically run in batches, processing a fixed volume through a complete cycle before the next one starts. Membrane nanofiltration can support continuous operation, since its low-temperature, pressure-driven process skips the cooldown cycles that batch-based thermal systems need.

Maintenance needs vary by equipment type but follow a similar pattern. Filtration-based systems, like winterization filter tables, need regular filter pad replacement and cleaning to prevent buildup that slows throughput. Thermal systems, such as rotary evaporators and distillation units, require periodic monitoring of solvent levels, seals, and heating elements, along with cleaning-in-place (CIP) cycles between batches. Chromatography and crystallization equipment used in THC remediation also rely on routine CIP and monitoring of column media or solvent purity. Membrane nanofiltration systems tend to need the least maintenance overall, since they skip the heating and cooling cycles that cause wear in thermal equipment, requiring mainly routine membrane inspection and basic cleaning.

Traditional solvent recovery uses heat and evaporation: the oil is warmed under vacuum until the solvent boils off, then condensed and collected for reuse, which works well but exposes cannabinoids and terpenes to thermal stress over repeated cycles. Membrane nanofiltration instead uses pressure to push the solution through specialized membranes, letting solvent pass through while retaining larger compounds like cannabinoids, waxes, and pigments. Without an evaporation step, it runs at low temperatures and can combine solvent recovery, dewaxing, and color remediation in a single pass.