SCIENTZ-18N multi-manifold common type freeze dryer
Features: 1. This machine adopts the international brand Secop (formerly Danfoss) compressor for refrigeration, which has rapid cooling and low cold trap temperature. 2, using 7-inch true color touch LCD screen control system, easy to operate, and powerful. 3, industrial embedded operating system, ARM9 core control circuit design, 32M memory 128M FLASH, fast operation response, large amount of stored data. 4. The control system automatically saves the freeze-dried data and can view it in the form of real-time curves and historical curves. The entire freeze-drying process is clear and clear. 5. The drying room adopts a colorless transparent polycarbon drying chamber, which is made of acrylic aviation material. The sample is clear and intuitive, and the whole process of lyophilization can be observed. 6. The vacuum pump and the host are connected by an international standard KF quick connector, which is simple and reliable. 7. This machine can store multiple freeze-drying curves, and use U disk to extract data to the computer, use the host computer software to browse and print in the computer and various options. 8, the configuration of the inflation valve, can be filled with dry inert gas. 9. The cold trap temperature can be set and the vacuum pump can be turned on when the temperature is lower than the set value to protect the service life of the vacuum pump. Optional features: The eutectic point test function is used to grasp the better sublimation temperature of the material. The vacuum control function maximizes heat transfer and prevents the vacuum oil from flowing back. The two-machine cascade refrigeration system is mature in technology and low in temperature, and is used in the -80 °C freeze dryer. The wide-mouth manifold freeze-dry bottle configuration makes it easy to handle materials and can be connected with imported standard freeze-dried bottle valves. Standard 8 tubes. Optional power distribution defrost function accelerates defrost speed and shortens drying cycle. Optional multi-brand imported vacuum pump. Technical Parameters: Specifications: Ordinary multi-manifold Freeze-dried area (m2): 0.18 Water catching capacity (kg/batch) : 6 Bottle bottle volume: Φ12mm; 1320 Φ16mm; 698 Φ22mm; 360 Number of eggplant bottles: 8 Plate loading solution (L) : 2 Material plate size (mm): Φ240 Material tray spacing (mm): 70 Material plate size (pieces) : 4 Cold trap size (mm): Φ300×405 Cold trap minimum temperature (°C): ≤-56 (no load) -80 °C cold trap minimum temperature (°C): ≤-80 (no load) Ultimate vacuum (Pa): ≤ 5 (no load) Power Kw (220V/50Hz): 1.3 Ambient temperature (°C) : ≤25 Overall dimensions (mm): 670(L)*525(W)*910(H)+480 -80°C overall dimensions (mm): 780(L)*525(W)*910(H)+480 Machine weight (kg): 81
Features: 1. This machine adopts the international brand Secop (formerly Danfoss) compressor for refrigeration, which has rapid cooling and low cold trap temperature. 2, using 7-inch true color touch LCD screen control system, easy to operate, and powerful. 3, industrial embedded operating system, ARM9 core control circuit design, 32M memory 128M FLASH, fast operation response, large amount of stored data. 4. The control system automatically saves the freeze-dried data and can view it in the form of real-time curves and historical curves. The entire freeze-drying process is clear and clear. 5. The drying room adopts a colorless transparent polycarbon drying chamber, which is made of acrylic aviation material. The sample is clear and intuitive, and the whole process of lyophilization can be observed. 6. The vacuum pump and the host are connected by an international standard KF quick connector, which is simple and reliable. 7. This machine can store multiple freeze-drying curves, and use U disk to extract data to the computer, use the host computer software to browse and print in the computer and various options. 8, the configuration of the inflation valve, can be filled with dry inert gas. 9. The cold trap temperature can be set and the vacuum pump can be turned on when the temperature is lower than the set value to protect the service life of the vacuum pump.
