LCI Sanitary Super Labvap®
2Pages

LCI Sanitary Super Labvap® Most Robust Lab Evaporator Perfect for Lab and R&D! The LCI Sanitary Super LabVap® provides a means for you to evaluate thin-film evaporation technology using small quantities of your products in your own facilities. The LCI Sanitary Super LabVap® is designed as a screening and product development tool to evaluate a broad variety of applications. This versatile tool provides a means for evaluating thinfilm processing of your products in the early stages of product development within your own laboratories. Only small quantities of material are needed. The Sanitary Super LabVap® can be used to evaluate a broad variety of applications. It can provide qualitative results that will help determine if thin-film evaporation technology is suitable for your needs. Lease or purchase today! LCI's Sanitary Super Labvap® system provides an inexpensive means to evaluate thin film evaporation on lab-scale quantities of material for your development or existing products within your own facility. LCI Sanitary Super LabVap® on wheeled cart Customize Your Solution! In addition to the thin-film evaporator, an LCI Sanitary Super Labvap® System can include any of these additional component options: • • • • • • • Feed tank Feed metering pump Vapor condenser Vacuum system Wheeled cart Piping, valves, etc. Optional 3A Dairy stamp available Contact LCI to discuss your application and the benefits of the Sanitary Super Labvap® today! LCI Corporation 4433 Chesapeake Drive Charlotte, NC 28216 LCI Sanitary Super LabVap®

LCI Sanitary Super LabVap® How it Works… Feed material is metered into the thin-film evaporator at a steadily controlled rate by a feed system suitable for the particular feed material. Steam or hot oil is fed into the jacket for indirect, conductive heat transfer through the thermal wall. Upon entering the evaporator, the feed is immediately distributed onto the thermal wall by the rotor as a thin liquid film. The product is maintained in a turbulent, thin liquid film by the rotor as it travels down the barrel of the evaporator. Vapor exits through the top vapor outlet for condensation in a...