Molecular distillation delivers unparalleled purity and efficiency
leveraging advanced vacuum technology and precise temperature control to preserve heat-sensitive compounds and enhance product quality—elevate your process with cutting-edge separation solutions.
BM-60 short path molecular distillation is tailored for micro-scale, high-vacuum purification of heat-sensitive substances (e.g., research-grade chemicals, specialized extracts) with low thermal stress and precise fractionation.
BM-80 molecular distillation system is optimized for compact, high-vacuum purification of heat-sensitive small samples (e.g., lab compounds, niche extracts) with minimal thermal degradation and efficient separation.
BM-100 molecular distillation unit is designed for small-scale, high-vacuum purification of heat-sensitive compounds (e.g., natural extracts, fine chemicals, lab-grade materials) with minimal thermal exposure and efficient separation.
BM-150 wiped film molecular distillation is ideal for low-temperature purification of heat-sensitive substances (e.g., natural extracts, specialty chemicals, lab samples) under high vacuum, ensuring minimal thermal degradation and high-purity recovery.
BM-200 falling film molecular distillation is designed for efficient purification of heat-sensitive compounds (e.g., cannabinoids, fragrances, lab-scale chemicals) under high vacuum, ensuring minimal residue and precise separation.
Learn whether vitamin E can be extracted from DDO using molecular distillation, how the process works, key operating conditions, and which molecular distillation system features matter most for high-purity, low-thermal-damage vitamin E.
A practical, easy-to-understand guide on whether molecular distillation can improve the taste and smell of MCT oil, what it removes, and how to choose a molecular distillation system for deodorization and polishing.
A practical, easy-to-understand guide to lowering peroxide value (PV) and oxidation byproducts when distilling fish oil—using molecular distillation system settings, oxygen control, residence time reduction, and gentle wiped-film operation.