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Industrial Freeze Dryer SIFD-B12 has a 4 ㎡ drying area and 60 L capacity. The inner wall of the drying chamber, condenser, shelves, and trays are made of durable 304 stainless steel. It features silicon oil heating, shelf temperature control, a nitrogen inflation valve, and an alarm system to monitor key parameters. Our industrial freeze dryer is used in pharmaceutical, biotech, medical, chemical, and food industries.
| Drying Area | 4 ㎡ |
| Shelf Area | 4.4 ㎡ |
| Condenser Capacity | 60 kg/batch |
| Vial Capacity Φ12mm | 8000 pcs |
| Vial Capacity Φ16mm | 15000 pcs |
| Vial Capacity Φ 22mm | 28000 pcs |
| Bulk Capacity | 60 L |
| Shelf Size | 915 × 1210 mm |
| Shelf Spacing | 100 mm |
| Shelf Number | 4 plus 1 Layer |
| Shelf Temperature Control Range | +70 to Greater than -50℃ |
| Shelf temp. Accuracy | ±1 |
| Condenser Temperature | Greater than -75℃ |
| Vacuum Degree | Greater than 10 Pa |
| Cooling Water Consumption | 6 m³/h (Greater than 30℃) |
| Cooling Style | Water cooling |
| CIP-WIP | 100 L/min (Greater than 65℃) |
| Compressed Air | 0.1 m³/min |
| Defrost Water Soaking | 350 kg/batch (50℃) |
| Power Consumption | 18 W |
| Dimension | 3600 × 1300 × 2800 mm |
| Weight | 3500 Kg |
Industrial Freeze Dryer SIFD-B12 is extensively used across various industries, including, medicine, pharmacy, biology research, chemical industry and food production.
Industrial Freeze Dryer
Drying Area 20 ㎡
Shelf Area 20.63 ㎡
Condenser Capacity 410 kg/batch
Vial Capacity Φ12mm 47400 pcs
Industrial Freeze Dryer
Shelf Area 31.68 ㎡
Loading Capacity 300 kg
Shelf Number 8 Plus1 Layer
Shelf Size 1200 × 3300 × 15 mm
Industrial Freeze Dryer
Drying Area 15 ㎡
Shelf Number 10 Plus 1 Layer
Shelf Spacing 80 mm
Shelf Size 1520 × 990 mm
Industrial Freeze Dryer
Drying Area 40 ㎡
Shelf Area 40.5 ㎡
Condenser Capacity 800 kg/batch
Vial Capacity Φ12mm 93000 pcs
Industrial Freeze Dryer
Drying Area 3 ㎡
Shelf Area 2.96 ㎡
Condenser Capacity 40 kg/batch
Vial Capacity Φ12mm 5300 pcs
Industrial Freeze Dryer
Shelf Area 52.92 ㎡
Loading Capacity 500 kg
Shelf Number 9 Plus 1 Layer
Shelf Size 4900 × 1200 × 15 mm
Industrial Freeze Dryer
Drying Area 20.2 ㎡
Shelf Number 11 Plus 1 Layer
Shelf Spacing 80 mm
Shelf Size 1210 × 1520 mm
Industrial Freeze Dryer
Drying Area 10 ㎡
Shelf Area 10.33 ㎡
Condenser Capacity 210 kg/batch
Vial Capacity Φ12mm 23700 pcs
Industrial Freeze Dryer
Shelf Area 1 ㎡
Loading Capacity 10 kg
Shelf Number 4 Plus 1 Layer
Shelf Size 400 × 625 mm
Industrial Freeze Dryer
Drying Area 15 ㎡
Shelf Area 14.76 ㎡
Condenser Capacity 290 kg/batch
Vial Capacity Φ12mm 33900 pcs
Industrial Freeze Dryer
Shelf Area 20.6 ㎡
Loading Capacity 200 kg
Shelf Number 8 Plus 1 Layer
Shelf Size 1200 × 2510 × 15 mm
Industrial Freeze Dryer
Drying Area 5.2 ㎡
Shelf Number 7 Plus 1 Layer
Shelf Spacing 80 mm
Shelf Size 750 × 1000 mm
Industrial Freeze Dryer
Drying Area 10.5 ㎡
Shelf Number 7 Plus 1 Layer
Shelf Spacing 80 mm
Shelf Size 990 × 1520 mm
Industrial Freeze Dryer
Drying Area 1.15 ㎡
Shelf Number 4 Plus 1 Layer
Shelf Spacing 80 mm
Shelf Size 480 × 600 mm
Industrial Freeze Dryer
Shelf Area 10 ㎡
Loading Capacity 100 kg
Shelf Number 9 Plus 1 Layer
Shelf Size 1000 × 1120 mm
It comes with 4 shelves plus 1 additional top shelf for uniform heat distribution. Each shelf measures 915 × 1210 mm, and the spacing between shelves is 100 mm, ensuring even airflow and consistent product drying.
The shelf temperature can be precisely controlled between greater than -50°C to +70°C, with an accuracy of ±1°C. This high level of control ensures delicate biological and pharmaceutical products are freeze-dried safely without compromising quality.
It utilizes a water-cooling method, consuming 6 m³/h of cooling water at greater than 30°C to maintain system temperatures. For defrosting, it uses a water soaking technique, where 350 kg/batch of warm water 50°C efficiently melts accumulated ice from the condenser between cycles.
It uses a water-cooling method for maintaining optimal temperatures during the freeze-drying process. This method is energy-efficient and effective at managing the internal temperature of the system, ensuring a stable environment for drying sensitive materials and maintaining product quality.
It is extensively used in the pharmaceutical industry for drying vaccines, injectable drugs, and biologics; in biotechnology for enzymes and diagnostic products; in the chemical industry for specialty chemicals and polymers; and in food production for dehydrated fruits, probiotics, and herbal extracts. Its reliable performance, advanced features, and hygienic design make it for a wide range of applications.