[FDVHT-8004]

▪

The heat plate made of high vacuum jacket maintains uniform temperature distribution through the medium moving at ultra-high speed

▪

Removes sources of contamination such as heat transfer oil, eliminates silicone oil and heat transfer pumps for economical maintenance and management

▪

Special purpose model developed for low temperature freeze drying

▪

Compact design allows pre-freezing within the shelf without separate devices such as ultra-low temperature freezers

▪

Freeze drying is possible using a T-manifold (Lab-Scale)

▪

Can be used for Lab scale + Pilot scale purposes

[FDVHT-12012]

▪

Freeze organic solvent samples by cooling the drying chamber shelf to below -115℃

▪

Strongly captures solvent vapor at temperatures below -120 ℃ in the cold trap, blocking entry into the vacuum pump

▪

Maintains a stable vacuum level by long-term use of the vacuum pump, enabling organic solvent capture

▪

The heat plate made of high vacuum jacket maintains uniform temperature distribution through the medium moving at ultra-high speed

▪

Patent no. 10-1303656 (Freeze Dryer Patent -70℃~-120℃ Simultaneous Cooling System)

▪

Patent no. 10-1514319 (Heating and Cooling Device for Freeze Dryer)