Aerosol Cannabis Extraction Machines for Eco-Friendly Terpene Preservation

In the rapidly expanding cannabis industry, quality and sustainability are no longer optional — they are essential. Consumers are demanding extracts that not only deliver full-spectrum potency but also preserve the natural terpene profile of the plant. Terpenes are responsible for cannabis’s distinct aroma, flavor, and synergistic effects, yet they are easily damaged during traditional extraction processes.

The Problem with Conventional Extraction

CO₂ and ethanol extraction methods often involve extreme pressures, low temperatures, and post-processing steps that strip terpenes from the extract. This results in a product that lacks the rich, authentic profile of the original plant, and in some cases, requires terpenes to be artificially reintroduced.

The Aerosol Extraction Advantage

Aerosol cannabis extraction machines offer a revolutionary solution. By operating at room temperature and low pressure, aerosol extraction preserves the delicate terpene structure while efficiently extracting cannabinoids. PURE5™ Extraction’s proprietary R134a technology achieves this without the use of harsh solvents, making it a cleaner and safer alternative.

Eco-Friendly and Efficient

These machines operate in a closed-loop system, recovering ~99% of the solvent for reuse. This not only reduces environmental impact but also lowers operational costs. Processing is fast — from just a few minutes to about an hour — and extraction efficiency reaches an impressive 90–98%.

Scalable Solutions for Every Producer

Whether you are a small-scale craft producer or a large industrial operation, PURE5™ offers aerosol cannabis extraction machines ranging from 10L to 500L HTE (High Terpene Extraction) capacity. Each system is designed to scale with your business while maintaining consistent product quality.

Preserving Terpenes, Protecting the Environment

By combining terpene preservation with eco-conscious design, aerosol cannabis extraction machines from PURE5™ enable producers to meet market demands while minimizing their environmental footprint.