As small-scale research and formulation labs rise in demand for compact, high-efficiency extraction solutions, benchtop CO2 supercritical extraction machines are emerging as the ideal solution. These systems provide all the performance of industrial models—compressed into a format suitable for university labs, R&D teams, and specialty manufacturers.
Unlike large-scale extractors, benchtop CO2 machines are:
Portable and space-saving
Designed for batch sizes between 50–500 ml
Powered via standard lab outlets
Modular for add-on instrumentation
Despite their size, these systems maintain high pressure capabilities, often exceeding 3,000 psi, making them suitable for extracting cannabinoids, terpenes, essential oils, and alkaloids.
When selecting a benchtop CO2 supercritical extraction machine, key features include:
Real-time temperature and pressure readouts
Quick-release vessels for fast reloading
Easy cleaning and sterilization protocols
Optional fractionation and terpene recovery units
These systems are especially suited for labs conducting iterative formulation trials, standard operating procedure development, or proof-of-concept studies.
Pharmaceutical R&D labs exploring new plant-based actives
University chemistry departments conducting natural product isolation
Startups testing small-batch formulations
Cosmetic formulation labs crafting early-stage samples
Benchtop systems are also popular in contract labs that require flexibility to run varied botanical inputs across short extraction cycles.