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Industrial Freeze Dryer SIFD-B19 has a 30 ㎡ drying area and 600 L bulk capacity. Our industrial freeze dryer has accurate shelf temperature control with silicon oil heating and strong stainless steel 304 parts. It can store 32 programs with 36 steps each. The control panel has a secure login with password protection. Alarm system is available. It is used in pharmacy, medicine, biology research, chemical industry and food production.
| Drying Area | 30 ㎡ |
| Shelf Area | 29.7 ㎡ |
| Condenser Capacity | 590 kg/batch |
| Vial Capacity Φ12mm | 68300 pcs |
| Vial Capacity Φ16mm | 133600 pcs |
| Vial Capacity Φ 22mm | 187700 pcs |
| Bulk Capacity | 600 L |
| Shelf Size | 1500 × 1800 mm |
| Shelf Spacing | 100 to 200 mm |
| Shelf Number | 11 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 | 36 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 | 5000 kg/batch (50℃) |
| Power Consumption | 145 W |
| Dimension | 9200 × 2400 × 4000 mm |
| Weight | 15000 Kg |
Industrial Freeze Dryer SIFD-B19 is extensively used across various industries, including, pharmacy, medicine, chemical industry, biology research and food production.
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 20.2 ㎡
Shelf Number 11 Plus 1 Layer
Shelf Spacing 80 mm
Shelf Size 1210 × 1520 mm
Industrial Freeze Dryer
Drying Area 2.16 ㎡
Shelf Number 4 Plus 1 Layer
Shelf Spacing 80 mm
Shelf Size 600 × 900 mm
Industrial Freeze Dryer
Drying Area 4 ㎡
Shelf Area 4.4 ㎡
Condenser Capacity 60 kg/batch
Vial Capacity Φ12mm 8000 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 1.15 ㎡
Shelf Number 4 Plus 1 Layer
Shelf Spacing 80 mm
Shelf Size 480 × 600 mm
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 8 ㎡
Shelf Area 7.75 ㎡
Condenser Capacity 120 kg/batch
Vial Capacity Φ12mm 17800 pcs
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 25 ㎡
Shelf Area 24.38 ㎡
Condenser Capacity 480 kg/batch
Vial Capacity Φ12mm 56000 pcs
Industrial Freeze Dryer
Drying Area 40 ㎡
Shelf Area 40.5 ㎡
Condenser Capacity 800 kg/batch
Vial Capacity Φ12mm 93000 pcs
Industrial Freeze Dryer
Shelf Area 5 ㎡
Loading Capacity 50 kg
Shelf Number 7 Plus 1 Layer
Shelf Size 600 × 1200 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
Shelf Area 10 ㎡
Loading Capacity 100 kg
Shelf Number 9 Plus 1 Layer
Shelf Size 1000 × 1120 mm
Industrial Freeze Dryer
Drying Area 3.24 ㎡
Shelf Number 6 Plus 1 Layer
Shelf Spacing 80 mm
Shelf Size 600 × 900 mm
Scitemp freeze dryers are designed to handle large volumes of materials, making them perfect for industrial-scale applications. These machines feature expansive drying areas, accurate temperature control, and high-capacity bulk processing. With large shelf areas, precise shelf temperature regulation (from +70? to below -50?), and efficient vacuum systems, Scitemp models can handle a wide variety of products across industries like pharmaceuticals, food production, and chemical research. Their robust construction, typically made of stainless steel 304, ensures durability and longevity, even in demanding industrial environments.
The freeze-drying process in Scitemp freeze dryers is highly controlled to ensure that sensitive materials such as biological samples, medicines, and food retain their structure and potency. These machines use silicon oil heating systems for uniform temperature distribution across the shelves, helping to preserve delicate products. With accurate shelf temperature control (±1?), deep vacuum conditions, and condenser temperatures lower than -75?, Scitemp dryers prevent degradation or loss of bioactivity in sensitive materials. This makes them especially valuable in sectors like medicine and research, where maintaining the integrity of materials is critical.
Scitemp freeze dryers come equipped with multiple security features to ensure safe and secure operation. The machines have multilevel password protection for controlling access to sensitive settings, which helps prevent unauthorized changes to programs or configurations. The control panel is designed with user-friendly interfaces, such as an LCD touchscreen, to easily monitor the freeze-drying process. Furthermore, Scitemp dryers are fitted with alarm systems that notify users of issues such as high temperatures, vacuum problems, or completion of the drying cycle, allowing for timely intervention and preventing potential errors.
Cleaning and maintaining Scitemp freeze dryers is simple and efficient, with many models offering built-in CIP (Clean-In-Place) and WIP (Wash-In-Place) systems. These systems allow for thorough cleaning of the internal components without having to dismantle the machine, making maintenance more convenient. The CIP/WIP systems use hot water (greater than 65?) for effective cleaning, ensuring that all surfaces are sanitized, which is particularly important for industries like food and pharmaceuticals where hygiene is paramount. Additionally, the machines are made from durable stainless steel 304, ensuring long-lasting performance and corrosion resistance.
Scitemp freeze dryers are extensively used in industries like pharmaceuticals, medicine, biological research, chemical production, and food manufacturing. These sectors often deal with delicate materials that require precise drying to preserve their properties. Scitemp freeze dryers are well-suited for these applications because they offer accurate temperature control, customizable programs, and large processing capacities. For instance, in pharmaceuticals, they help preserve vaccines, proteins, and other bioactive compounds without compromising their efficacy. In food production, they are used to create high-quality, shelf-stable products without losing flavor or nutrients. Their ability to handle a variety of formats, from vials to bulk materials, makes them versatile and reliable for both research and industrial-scale production.