Lyovapor L-300
With Infinite-Technology the Lyovapor L-300, from our partner Buchi, offers continuous sublimation for the first time with two alternately working and automatically hygienically cleansed condensers at -105 °C. In addition, Infinite-Control allows entire process control of all relevant parameters, also via mobile devices.
Key features of the Lyovapor L-300
- Infinite-Control™: Endless control anywhere, anytime of your freeze drying process due to interface, software and App
- Automated Cleaning: An integrated steam generator melts the ice and cleans the condenser hygienically
- End point determination: Temperature difference can be used together with optional product temperature sensors to determine the end point
- Flexible drying chambers: Adjustable shelf distance according to your application needs with the possibility to link two manifold racks together
- Ergonomic handling: Easy reading of process parameters due to the adjustable display. Adaptable position of the display at the front or on the side
- Upgradeability: Upgrade to Interface Pro anytime to enable working within the advanced Lyovapor™ Software.
Key benefits of the Lyovapor L-300
Continuous
- Infinite ice capacity due to alternate loading
- Stable pressure due to Smart-Switch
- Reproducible process due to stable parameters: cooling temperature, shelf temperature variation ±1 °C and vacuum pressure
- Lyophilization of water and organic based solvents at -105 °C
Convenient
- User-friendly and clearly arranged touch-screen control panel
- Get push notifications and process parameters anytime, anywhere using the BUCHI Monitor App
- Advanced software for creating and managing methods, data recording and reporting
- Maximum flexibility regarding display positioning (at front or side)
- Save your precious product by sample protection state
Economical
- Less maintenance due to fully automatic and hygienic cleaning of the ice condenser
- Always ready to use due to infinite capacity
- Just one device needed for different users
- Low energy consumption due to small ice condenser volume