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Standard Freeze Dryer SSFD-E18 has a 0.18 ㎡drying area with a condenser capacity of 6 kg per 24h. Our standard freeze dryer has a compact design for easy use and features a safe acrylic drying chamber for clear sample viewing. The condenser, trays, and shelves are made of anti-corrosive stainless steel 304. A colour LCD screen displays sample and condenser temperatures, vacuum level, and running time, and saves data automatically. It is widely used in medicine, pharmacy, biology research, chemical industry and food production.
| Drying Area | 0.18 ㎡ |
| Condenser Temperature | -50 ℃ |
| Vacuum Degree | Above 10 Pa |
| Condenser Capacity | 3 to 4 kg/24h |
| Sample Tray | Φ240 mm × 4/6 Layer |
| Shelf Spacing | 70 mm |
| Bulk Liquid Capacity (10 mm thickness) | 1.8 Liter |
| Vial Capacity Φ 12mm | 1220 pcs |
| Vial Capacity Φ 16mm | 680 pcs |
| Vial Capacity Φ 22mm | 348 pcs |
| Optional Manifold | 8 Ports |
| Optional Flask | 1000 ml, 500 ml, 250 ml,100 ml, 50 ml |
| Vacuum Pump Flow Rate | 4 L/S, 14.4 m3/h |
| Voltage | 220V, 50Hz 110V/120V, 60Hz |
| Power Consumption | 1400 W |
| Dimension | 535 × 540 × (970 + 430) mm |
| Weight | 155 Kg |
Standard Freeze Dryer SSFD-E18 is widely used in medicine, pharmacy, biology research, chemical industry and food production, etc.
Standard Freeze dryers
Drying Area 0.27 ㎡
Condenser Temperature -80 ℃
Vacuum Degree Above 10 Pa
Condenser Capacity 3 to 4 kg/24h
Standard Freeze dryers
Type Standard
Freeze drying area 0.12 ㎡
Material Tray Size Φ200 mm
Extraction rate 1.2 L
Standard Freeze dryers
Type Standard
Freeze drying area 0.18 ㎡
Material Tray Size C 200 mm
Extraction rate 1.8 L
Standard Freeze dryers
Type Standard
Freeze drying area 0.12 ㎡
Material Tray Size Φ200 mm
Extraction rate 2 L/S
Standard Freeze dryers
Drying Area 0.18 ㎡
Condenser Temperature -80 ℃
Vacuum Degree Above 10 Pa
Condenser Capacity 3 to 4 kg/24h
Standard Freeze dryers
Type Standard
Freeze drying area 0.1 ㎡
Material Tray Size Φ180 mm
Extraction rate 2 L/S
Standard Freeze dryers
Type Standard
Freeze drying area 0.12 ㎡
Material Tray Size Φ200 mm
Extraction rate 1.2 L
Standard Freeze dryers
Drying Area 0.27 ㎡
Condenser Temperature -50 ℃
Vacuum Degree Above 10 Pa
Condenser Capacity 3 to 4 kg/24h
Standard Freeze dryers
Type Standard
Capacity 12L
Freeze drying area 0.12 ㎡
Freeze drying time 24h
Standard Freeze dryers
Type Standard
Capacity 10L
Freeze drying area 0.12 ㎡
Freeze drying time 24h
Standard Freeze dryers
Drying Area 0.12 ㎡
Condenser Temperature -80 ℃
Vacuum Degree Above 10 Pa
Condenser Capacity 3 to 4 kg/24h
Standard Freeze dryers
Drying Area 0.18 ㎡
Condenser Temperature -80 ℃
Vacuum Degree Above 10 Pa
Condenser Capacity 3 to 4 kg/24h
Standard Freeze dryers
Drying Area 0.12 ㎡
Condenser Temperature -50 ℃
Vacuum Degree Above 10 Pa
Condenser Capacity 3 to 4 kg/24h
Standard Freeze dryers
Drying Area 0.12 ㎡
Condenser Temperature -80 ℃
Vacuum Degree Above 10 Pa
Condenser Capacity 3 to 4 kg/24h
Standard Freeze dryers
Drying Area 0.18 ㎡
Condenser Temperature -50 ℃
Vacuum Degree Above 10 Pa
Condenser Capacity 3 to 4 kg/24h
Scitemp Standard Freeze Dryers are designed with user convenience. They feature a compact structure that saves space and allows for easy placement in laboratory or production environments. The control panel is simple to operate, with all instructions and displays available in English, making it accessible to a wide range of users. The colour LCD screen provides a clear display of important parameters like sample temperature, condenser temperature, vacuum degree, and running time. Additionally, it automatically saves data during the process, reducing the need for manual recording. The acrylic drying chamber is not only durable and safe but also transparent, allowing users to monitor the sample’s status throughout the drying cycle without opening the chamber.
Monitoring is an essential part of the freeze-drying process, and Scitemp Freeze Dryers make this easy and accurate. The colour LCD touch screen allows users to view temperature curves for both the sample and condenser, as well as the vacuum curve. These real-time graphical displays help users understand how the drying process is progressing and adjust if necessary. This precise control ensures that sensitive materials like pharmaceuticals or biological samples are processed under optimal conditions. Automatic data saving further enhances traceability and quality assurance, which is especially important in regulated industries.
Scitemp uses stainless steel 304 for critical components such as the condenser, trays, drying shelves, and pre-freezing shelf. This material is highly resistant to corrosion, making it ideal for environments involving moisture, chemicals, and biological materials. Stainless steel 304 also offers excellent durability and hygiene, which are crucial in pharmaceutical, food, and chemical applications. Its smooth surface is easy to clean and sterilize, reducing the risk of contamination and ensuring long-term reliable operation. The use of stainless-steel helps ensure that the equipment remains in excellent working condition, even after repeated use in demanding conditions.
The condenser system in Scitemp Freeze Dryers is designed for maximum efficiency and performance. It features a large opening with external coiling tubes that improve heat exchange and accelerate the pre-freezing process. This helps in quickly reaching the required low temperatures, which speeds up ice formation and improves the overall drying efficiency. The condenser also ensures uniform and effective ice capture, which is essential for consistent and thorough freeze-drying. A well-designed condenser helps protect the vacuum pump from moisture damage and contributes to achieving a strong final vacuum, resulting in better product quality.
Scitemp Freeze Dryers are equipped with a USB port that allows users to export all freeze-drying process data. This is particularly useful for laboratories and industries that require detailed records for analysis, reporting, or compliance purposes. The data is stored in a format that can be easily opened and reviewed in Excel, allowing for convenient tracking of parameters such as temperature and vacuum over time. This feature not only improves documentation but also enables users to compare different batches, optimize future runs, and maintain high process standards across operations.