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.
Choosing the right evaporator is critical. Compare Wiped Film vs. Falling Film technology to see which system best handles high-viscosity, heat-sensitive products to maximize your yield, reduce energy costs, and improve reliability.
Discover the complete working principle of a wiped film evaporator (WFE). Our guide explains how this technology gently separates heat-sensitive and viscous products, its key components, and its advantages for purifying oils, cannabinoids, and polymers.
Understand the core differences between wiped film evaporators (WFE) and short path evaporators (SPE). Learn how their working principles, performance metrics, and cost factors impact industrial applications. Essential reading for engineers.