Desktop pilot freeze-drying machine

The LB series laboratory and research and development (R&D) freeze-drying machine, which is a desktop pilot scale freeze-drying machine, can provide high-performance process parameters and optimized freeze-drying curves in both early R&D and later process scaling stages. The freeze-drying process parameters provided by LB Mini are a very effective tool for understanding freeze-drying processes and can be used for process scaling up, which is very close to large-scale production data. Occupying a small area of Z, it provides parameters very close to those of a large freeze-drying machine.

Features: Small size, strong functionality

The LB series laboratory and research and development (R&D) freeze-drying machine can provide high-performance process parameters and optimized freeze-drying curves in both early R&D and later process scaling stages.

The freeze-drying process parameters provided by LB Mini are a very effective tool for understanding freeze-drying processes and can be used for process scaling up, which is very close to large-scale production data. Occupying the smallest area, providing parameters very close to those of a large freeze dryer.

All the functions achieved by large-scale production freeze dryers can be realized on the new compact design LB Mini freeze dryer, which can optimize the parameters of industrial freeze drying on such a small freeze dryer.

　　Desktop freeze dryer

parameter

1. Touch screen PLC control panel;

2. Temperature range of laminated board: -60 ° C -+70 ° C;

3. Cold trap capacity: 6L;

4. Maximum freezing capacity: 5.5KG;

5. Cold trap maximum low temperature: -85 ° C;

6. Vacuum control and monitoring;

7. Temperature monitoring of samples and laminates;

8. Ventilation valve;

9.1-2 layer boards with adjustable spacing;

10. Automatic defrosting;

11. User friendly interface, prompt type interface, easy to operate;

12. PIRANI type vacuum sensor.

　　

　　Desktop pilot freeze-drying machineconfiguration

1. Sterilization with hydrogen peroxide (VHP);

2. Capping device;

3. Intermediate valve between the chamber and the cold trap;

4. Ventilation filtration: filtration of nitrogen and air filling;

5. Capacitive vacuum sensor, used for determining the endpoint of freeze-drying;

6. Micro vent valve system, used for more precise control of vacuum degree;

7. Eutectic point testing system;

8. Online sampling system;

9. Humidity analysis system, used for confirming the endpoint of primary and secondary drying;

10. Pressure control during the capping process;

11. Lyosuite SCADA control software;

12. Sample tray;

13. Anti corrosion and explosion-proof design;

14. Aseptic through wall design;

15. Bracket.