Answer: The Vacuum Distillation & Extraction Unit is engineered as a versatile platform that supports water distillation, solvent extraction, and hot reflux concentration in a single footprint. By utilizing a modular material basket and an integrated condenser, PCM allows operators to switch between steam distillation for essential oils and solvent-based extraction for oleoresins without needing separate machines. This “Master” level of flexibility reduces equipment overhead and ensures a successful and highly concentrated final yield across various raw materials, from delicate flowers to hardy roots.

Answer: By operating under a high-vacuum environment, the Vacuum Distillation Unit lowers the atmospheric pressure inside the vessel, which effectively reduces the boiling point of water and organic solvents. This allows the extraction and distillation processes to occur at temperatures as low as 45°C to 55°C, which is perfect for protecting heat-sensitive phytochemicals and volatile aromatic compounds. This elite level of thermal management prevents the thermal degradation, oxidation, or darkening of the extract, ensuring that the biological activity and natural fragrance remain absolutely intact.

Answer: The Vacuum Extraction unit features a high-precision oil-water separator (Clavenger-type) and a dual-stage shell-and-tube condenser. As the vaporized components are drawn through the cooling system, they are rapidly liquified and directed into the separator. Because essential oils and water have different specific gravities, the system allows for the precise and effortless collection of pure oils. This extraordinary recovery rate is ideal for pharmaceutical and high-end cosmetic applications where maintaining the integrity of the chemical profile is an ultimate requirement for the final product.

Answer: We manufacture all contact surfaces of the Vacuum Extraction Unit from high-grade 316L stainless steel to provide maximum resistance to chemical corrosion and pitting. Extraction processes often involve prolonged exposure to acidic botanical compounds or reactive solvents at varying temperatures. Unlike standard 304SS, the addition of molybdenum in 316L offers a sturdy and reliable layer of protection against stress-corrosion cracking. This construction ensures a long service life and meets the most rigorous GMP and food-grade sanitary standards required for global export and high-purity production.

Answer: To achieve a professional and repeatable production cycle, the Vacuum Extraction unit is integrated with a digital control panel that monitors vacuum levels, heating jacket temperature, and agitator RPM in real-time. By utilizing a Variable Frequency Drive (VFD), operators can fine-tune the stirring intensity and vacuum pressure to match the specific density of the botanical material. This level of technical oversight allows you to master the extraction parameters, ensuring that every batch of concentrate meets the exact same quality specifications. This consistency is successfully achieved through pioneering engineering and high-accuracy sensors.