High Recovery Rate: Ensures excellent product quality with efficient material separation, purification, and high-multiple concentration.
Compliance with Hygiene Standards: Uses sanitary-grade pipes and valves, meeting GMP or FDA production regulations to maintain a clean and hygienic production environment.
Compact and Efficient: Advanced process design with a high degree of integration, small footprint, easy operation and maintenance, reducing labor intensity.
Gentle Processing, Retaining Bioactivity
No Phase Change: The entire process occurs without phase changes, ensuring no adverse effects on material composition and maintaining product purity and stability.
Low-Temperature Protection: Operates at ambient temperature, making it particularly suitable for heat-sensitive substances, preventing thermal damage to bioactive compounds while preserving essential nutrients.
Energy-Saving and Cost-Effective
Low Energy Consumption: Compared to traditional processes, it features lower energy consumption, shorter production cycles, and significantly reduced operating costs, enhancing economic benefits for enterprises.
Eco-Friendly and Versatile
No Need for Chemical Additives: Simple operation without additional chemical reagents, ensuring product safety.
Mild Experimental Conditions: No temperature or pH fluctuations, preventing denaturation, inactivation, or autolysis of biomolecules, making it ideal for desalination, dehydration, and concentration of biomolecules.