Plasma Freezing Systems
High Performance Blood Bank Plasma Freezer Plasma Freezing Systems BSSD-II-01
INTERNATIONAL STANDARDS (WHO, FDA, CE) Shorter plasma freezing time will provide a higher level of biological activity of unstable blood coagulation factors V and VIII. (European standards require that plasma be frozen to -30℃ within 60 minutes.) Using higher quality frozen plasma will yield better clinical outcomes. LOW TEMPERATURE OUTPUT Upper and lower cold plates can reach a temperature of -60℃. When processing a full load, it takes about 30 minutes to cool the core
User Friendly Design Plasma Storage Freezer Plasma Freezing Systems BSSD-III-01
INTERNATIONAL STANDARDS (WHO, FDA, CE) Shorter plasma freezing time will provide a higher level of biological activity of unstable blood coagulation factors V and VIII. (European standards require that plasma be frozen to -30℃ within 60 minutes.) Using higher quality frozen plasma will yield better clinical outcomes. LOW TEMPERATURE OUTPUT Upper and lower cold plates can reach a temperature of -60℃. When processing a full load, it takes about 30 minutes to cool the core
Intelligent Operation Plasma Blast Freezer Plasma Fridge Plasma Freezing System BSSD-IV-02
INTERNATIONAL STANDARDS (WHO, FDA, CE) Shorter plasma freezing time will provide a higher level of biological activity of unstable blood coagulation factors V and VIII. (European standards require that plasma be frozen to -30℃ within 60 minutes.) Using higher quality frozen plasma will yield better clinical outcomes. LOW TEMPERATURE OUTPUT Upper and lower cold plates can reach a temperature of -60℃. When processing a full load, it takes about 30 minutes to cool the core