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Pilot Freeze Dryer SPFD-C16 is a standard model with a 0.4 m² drying area and 4 L bulk capacity, operating on a single-phase power supply. It features a PLC control system, a multi-level password system enhances user security, while a transparent acrylic door allows full process visibility. Stable shelf heating and cooling, both manual and automatic modes available. Our pilot freeze dryer model is used in the pharmaceutical, chemical, and food industries.
| Drying Area | 0.4 ㎡ |
| Shelf | 4 plus 1 Layer (top shelf for heat radiation) |
| Shelf Spacing | 50 mm |
| Shelf Size | 300 × 340 × 15 mm |
| Bulk Capacity | 4 L (10 mm thickness) |
| Condenser Capacity | 6 kg/batch |
| Shelf Temperature Range | -50 to +70℃ |
| Vacuum Degree | Above 10 Pa |
| Condenser Temperature | Min to More than -70℃ |
| Cooling | More than 25℃ |
| Vial Capacity Φ12mm | 2916 pcs |
| Vial Capacity Φ16 mm | 1600 pcs |
| Vial Capacity Φ 22mm | 872 pcs |
| Power Supply | 220V/50Hz, single phase |
| Dimension | 880 × 735 × 1310 mm |
| Weight | 360 Kg |
Pilot Freeze Dryer SPFD-C16 is extensively used across various industries, including pharmaceutical and biotech, food and beverage, cosmetics, chemicals and research labs.
• Exhaust filter for pump
• Air inlet filter for pump
• Anti oil return valve for pump
• Vacuum degree adjustment
• Eutectic point test
• Tray
• 8 manifold ports with flasks
• PC and Software
Pilot Freeze Dryer
Type Silicone oil
Capacity 50 L
Freeze drying area 0.69 ㎡
Extraction rate 7 L
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
Type Silicone oil
Capacity 30 L
Freeze drying area 0.4 ㎡
Extraction rate 4 L
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
Type Silicone oil
Capacity 50 L
Freeze drying area 0.5 ㎡
Extraction rate 5 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 200 L
Freeze drying area 2.25 ㎡
Extraction rate 22 L
Pilot Freeze Dryer
Drying Area 0.3 ㎡
Shelf Size 400 × 270 mm
Shelf 3 plus 1 layer (top shelf for heat radiation)
Shelf Spacing 70 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
Drying Area 1.152 m²
Shelf 4 plus 1 Layer (top shelf for heat radiation)
Shelf Spacing 100 mm
Shelf Size 480 × 600 × 20 mm
Pilot Freeze Dryer
Type Silicone oil
Capacity 100 L
Freeze drying area 1.152 ㎡
Extraction rate 10 L
Pilot Freeze Dryer
Drying Area 0.6 ㎡
Shelf 6 Layer
Shelf Spacing 50 mm
Shelf Size 300 × 340 × 15 mm
Pilot Freeze Dryer
Drying Area 0.4 ㎡
Shelf 4 Layer
Shelf Spacing 50 mm
Shelf Size 300 × 340 × 15 mm
Pilot Freeze Dryer
Type Silicone oil
Freeze drying area 0.4 ㎡
Processing Capacity 4 to 6 kg/batch
Extraction rate 6 L/S
Pilot Freeze Dryer
Type Silicone oil
Freeze drying area 1 ㎡
Processing Capacity 10 to 15 kg/batch
Extraction rate 16 L/S
It features a high-performance condenser capable of handling 6 kg per batch of ice capture. The condenser reaches temperatures of below -70°C, which helps in efficient moisture removal from the product. The condenser’s performance is optimized for rapid freezing and moisture retention during the drying process.
It is used for freeze-drying (lyophilization), which removes moisture from materials under vacuum while preserving their structure and extending their shelf life. It is widely used in industries such as pharmaceuticals, biotech, food and beverage, cosmetics, chemicals, and research laboratories. It is ideal for pilot-scale production, formulation testing, and small-batch production in these fields.
It operates on a single-phase power supply of 220V/50Hz. This makes it suitable for a wide range of laboratory environments where typical power configurations are available.
It includes real-time alarm displays that notify users of any issues during the freeze-drying process, such as temperature fluctuations or pressure inconsistencies. This ensures that users can address potential problems before they affect the quality of the samples.
It is designed for easy maintenance with features such as a stainless steel 304 chamber, which is durable and easy to clean. The system also includes electric defrosting, making it easier to clear ice buildup from the condenser, ensuring continued optimal performance between batches. Regular maintenance checks are recommended to ensure long-term reliability and performance.