Three advanced technologies

The latest generation of molecular distillation technology

■Maxhealth's latest-generation molecular distillation technology is outfitted with the ultra-high vacuum system and incorporates advanced processes. With its low power consumption, moderate temperature, and high flow rate, it can swiftly separate and concentrate the active ingredients EPA and DHA, achieving a content level of up to 98%.

■High vacuum, appropriate temperature, and high flow rate prevent fatty acids from oxidation; 

■Low power consumption guarantees low costs.

Molecular dynamics simulation technology

■TF-MDST （Fatty Acid Molecular Dynamics Simulation Technology） TF-MDST (Fatty Acid Molecular Dynamics Simulation Technology) Maxhealth has successfully applied molecular dynamics simulation technology to the fatty acid industry. This technology calculates the force acting on each fatty acid molecule, derives the motion trajectory of each molecule, and studies the dynamic process at the molecular level.

■Analyzing the movement trajectory of fatty acid molecules guides the separation and enrichment process of fatty acid active ingredients along a predetermined direction.

■Disrupting molecular pathways, blocking fatty acid oxidation, thereby improving the odor and taste of fatty acids.

TF-HTST（High-throughput Screening Technology) 

■TF-HTST（High-throughput Screening Technology) is another successful case of Meisihe's application of molecular expression processing technology in the fatty acid industry. It is based on biological function detection methods at the molecular and cellular levels and can run the High-throughput Screening Technology to process multiple samples in a single run.

■By employing TF-HTST technology, we can swiftly screen the effective fatty acid components EPA and DHA, thereby achieving a production process with higher separation and enrichment efficiency. 

■This approach minimizes the degradation of fatty acids and ensures their optimal bioavailability.