Overview

Thin Film Evaporator LMTFE-A107 provides feeding rate of 5 to 30 L/h. Its continuous feeding and discharging modules optimize efficiency while reducing processing time. Equipped with magnetic coupling seal, it ensures higher vacuum level for optimal evaporation. Incorporates quick-connect mechanism to simplify disassembly and cleaning. Our Evaporator is ideal for refining and separating high-purity substances, drugs, and flavors.

Features :

Fully jacketed structure

Superior heat transfer

Sight glass integration

Low material loss

Corrosion resistance 

Specifications :

Feeding Rate	5 to 30 L/h
Feeding Flask Volume	30 L
Operating Temperature	Less than or equal to 300°C
Material	Stainless steel 316L
Evaporation Area	0.3 m²
Internal Condenser Area	2 m²
Power Supply	220V/50Hz,1P
Dimensions	2500×900×2900 mm

Applications :

Thin Film Evaporator LMTFE-A107 ensures refining high-purity substances, separating drugs, extracting flavors, treating wastewater in the chemical sector, pharmaceuticals, food processing, and environmental monitoring.

Selection Guide :

Thin Film Evaporator LMTFE-A107 is an advanced system best suited for high-efficiency evaporation in chemical, pharmaceutical, and food research applications. Based on research studies, this model is particularly suited for experiments involving thermally sensitive, viscous, or heat-sensitive materials due to its continuous operation under high vacuum and short residence time. It is widely used in applications such as essential oil concentration, solvent recovery, and purification of natural extracts or APIs (active pharmaceutical ingredients). The model supports research and process development in R&D labs and pilot-scale operations. It is certified for compliance with international quality standards like ISO and CE, ensuring reliability and safety. These certifications make it a preferred choice in regulated industries. Customers can confidently choose this model for its versatility, robust construction, accurate control, and validation support in demanding evaporation applications.