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Pilot Freeze Dryer SPFD-C11 has a 0.4 m² drying area and can handle up to 4 kg per batch. Our pilot freeze dryer has a clear acrylic door for easy viewing, stores hundreds of recipes with 36 steps each, and user can check and adjust data in real time. It offers manual and automatic control, with a colour LCD screen to display curves and save data automatically. It is used in the pharmaceutical, chemical, and food industries.
| Drying Area | 0.4 ㎡ |
| Shelf | 4 Layer |
| Shelf Spacing | 50 mm |
| Shelf Size | 300 × 340 × 15 mm |
| Bulk Capacity | 4 L (10 mm thickness) |
| Condenser Capacity | 6 kg/24h |
| Shelf Temperature Range | -70 to +80 ℃ |
| Vacuum Degree | Above 10 Pa |
| Condenser Temperature | -80℃ |
| Voltage | 220V,50 Hz |
| Cooling Temperature | More than 25℃ |
| Vial Capacity Φ12 mm | 2916 pcs |
| Vial Capacity Φ16 mm | 1600 pcs |
| Vial Capacity Φ 22mm | 872 pcs |
| Defrosting | Off Cycle Defrosting |
| Power Supply | 2800 W |
| Dimension | 700 × 850 × 1230 mm |
| Weight | 300 Kg |
Pilot Freeze Dryer SPFD-C11 is extensively used across various industries, including, pharmaceuticals, biological research, medicine, the chemical industry, and food processing.
Pilot Freeze Dryer
Drying Area 0.6 ㎡
Shelf 6 Layer
Shelf Spacing 50 mm
Shelf Size 300 × 340 × 15 mm
Pilot Freeze Dryer
Type Silicone oil
Freeze drying area 0.3 ㎡
Processing Capacity 3 to 5 kg/batch
Extraction rate 4 L/S
Pilot Freeze Dryer
Freeze drying area 0.2 ㎡
Shelf size 400 × 270 mm
Shelf 2 plus 1 Layer (top shelf for heat radiation)
Shelf spacing 70 mm
Pilot Freeze Dryer
Type Silicone oil
Capacity 30 L
Freeze drying area 0.306 ㎡
Extraction rate 3 L
Pilot Freeze Dryer
Type Silicone oil
Capacity 100 L
Freeze drying area 1.152 ㎡
Extraction rate 10 L
Pilot Freeze Dryer
Type Silicone oil
Freeze drying area 1 ㎡
Processing Capacity 10 to 15 kg/batch
Extraction rate 16 L/S
Pilot Freeze Dryer
Type Silicone oil
Capacity 50 L
Freeze drying area 0.69 ㎡
Extraction rate 7 L
Pilot Freeze Dryer
Drying Area 0.3 ㎡
Shelf 3 plus 1 Layer (top shelf for heat radiation)
Shelf Spacing 70 mm
Shelf Size 300 × 340 × 20 mm
Pilot Freeze Dryer
Type Silicone oil
Capacity 20L
Freeze drying area 0.2 ㎡
Extraction rate 2L
Pilot Freeze Dryer
Type Silicone oil
Freeze drying area 0.6 ㎡
Processing Capacity 6 to 8 kg/batch
Extraction rate 8 L/S
Pilot Freeze Dryer
Drying Area 0.4 ㎡
Shelf 4 Layer
Shelf Spacing 50 mm
Shelf Size 300 × 340 × 15 mm
Pilot Freeze Dryer
Drying Area 0.4 ㎡
Shelf 4 plus 1 Layer (top shelf for heat radiation)
Shelf Spacing 50 mm
Shelf Size 300 × 340 × 15 mm
Pilot Freeze Dryer
Drying Area 1.0 ㎡
Shelf 6 plus 1 Layer (top shelf for heat radiation)
Shelf Spacing 360 mm
Shelf Size 360 × 480 ×15 mm
Pilot Freeze Dryer
Type Silicone oil
Capacity 30 L
Freeze drying area 0.4 ㎡
Extraction rate 4 L
Pilot Freeze Dryer
Type Silicone oil
Capacity 200 L
Freeze drying area 2.25 ㎡
Extraction rate 22 L
Pilot Freeze Dryer is designed for drying materials by freezing them and then removing moisture under vacuum, a process known as lyophilization. It is commonly used in the pharmaceutical, chemical, and food industries, as well as in biological and medical research. This freeze dryer helps in preserving sensitive materials by maintaining their structure and extending shelf life without compromising quality.
Yes, the freeze dryer can store hundreds of recipes, each with up to 36 programmable steps. This feature makes it easier to repeat drying cycles for different products or experiments, saving time and reducing the risk of errors.
The condenser can handle 6 kg of ice per 24 hours and can reach a very low temperature of -80°C. This ensures efficient capture of moisture vapor, helping maintain a strong vacuum and improving the overall effectiveness of the freeze-drying cycle.
It operates at 220V, 50Hz with a power supply of 2800 W. Its dimensions are 700 × 850 × 1230 mm, and it weighs 300 kg, which makes it compact enough for laboratory use.
The unit uses an off-cycle defrosting system, which automatically melts the ice from the condenser after each cycle. This reduces manual maintenance, ensures better performance for subsequent cycles, and helps maintain the unit in optimal working condition.