DR Labs Laboratory freeze dryers are versatile and widely utilized across various fields, including medicine, pharmaceuticals, biological research, chemical industries, and food production. These advanced devices enable long-term preservation of materials by employing cutting-edge vacuum freeze-drying technology, also known as sublimation drying. During the freeze-drying process, samples are first frozen and then subjected to sublimation under vacuum conditions, allowing moisture to be removed while preserving the integrity of the material. This ensures that materials can be easily rehydrated to their original state while retaining their chemical and biological characteristics. DR Labs freeze dryers are designed to deliver precision, reliability, and efficiency, making them indispensable for applications requiring high- quality preservation and restoration.
| Models | DR-FD-10 | DR-FD-10L | DR-FD-10LZ | DR-FD-10LZ+ |
|---|---|---|---|---|
| Type | Standard chamber | Standard Chamber with 8 manifolds | TOP Press | TOP Press with standard chamber |
| Freeze drying area | 0.12 ㎡ | |||
| Ice Condenser capacity | 3-4 kg /24h | |||
| Condenser temperature | -50°C /-80°C | |||
| Final Vacuum | < 10 Pa | |||
| Tray | Ф200 mm,4 layers, Spacing 70 mm | |||
| Bulk capacity | 1.2 L, 10 mm thickness | |||
| Vial capacity Φ12mm | 820 pcs | |||
| Vial capacity Φ16mm | 460 pcs | |||
| Vial capacity Φ22mm | 244 pcs | |||
| Condenser size | Ф215 mm, 140 mm deep | |||
| Drying chamber size | Ф260 × 430 mm | |||
| Vacuum Pump Flow Rate | 2 L/S, 7.2 m³/h | |||
| Defrosting | Electric Defrosting | |||
| Cooling | Air cooling, ambient temperature ≤28°C | |||
| Voltage | 220V /50 Hz, single phase | |||
| Power | 970 W (-50°C) /1400 W (-80°C) | |||
| Dimension | 610 x 450 x (370+430) mm (-50°C) 850 x 680 x (400+430) mm (-80°C) | |||
| Weight | 70 kg (-50°C) 130 kg (-80°C) | |||
| Item Name | CO2 Incubator | |||||
| Model No. | DR-CO2-80UV | DR-CO2-80 | DR-CO2-80+ | DR-CO2-180UV | DR-CO2-180 | DR-CO2-180+ |
| Sterilization | UV | 140°C | 180°C | UV | 140°C | 180°C |
| Volume | 80L | 80L | 80L | 180L | 180L | 180L |
| Microprocessor-based controller | Proprietary algorithm to control CO2 and temperature | |||||
| Display | LCD touch display | |||||
| Temp control range | Ambient +5°C- 60°C | |||||
| Temp stability | ±0.1°C | |||||
| Temp field uniformity | ±0.3°C (at 37°C ) | |||||
| Timer function | 0 – 999hr 59 min. | |||||
| CO2 measurement principle | Infrared (IR) detection | |||||
| CO2 control range | 0-20% | |||||
| CO2 display resolution | 0.10% | |||||
| CO2 supply | 0.05~0.1MPa is recommended | |||||
| Relative Humidity | Ambient humidity ~95% at 37°C | |||||
| HEPA filtration | HEPA filters at the gas inlet, ISO 5 level, 5 minutes | |||||
| Temperature recovery time | ≤10 min (open door 30sec room temperature 25°C set value 37°C) | |||||
| O2 concentration recovery time | ≤5 min (open the door 30sec set value 5%) | |||||
| MOC | The inner chamber is made up of stainless steel and outer chamber with MS with powder coating | |||||
| Light | Florescent light | |||||
| Historical data storage | 250,000 messages | |||||
| Data export interface | USB interface | |||||
| Scalability | Up to 2 units can be stacked. | |||||
| Working environment temperature | 18~30°C | |||||
| Power supply | 230V±10%, 50~60Hz | |||||
| Inner Dimensions (L x D x H) mm | 450x450x450 | 550x600x600 | ||||
| Outer Dimensions (L x D x H) mm | 650x650x750 | 750x800x850 | ||||
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