Floor Type Freeze Dryer ADFFD-520 achieves a stable vacuum level of under 10 Pa, supporting highly uniform drying. It incorporates a robust double-compressor cascade cooling system along with a durable stainless steel cryo-trap for enhanced performance. The integrated electric gas-filling valve ensures controlled and secure dry nitrogen delivery to protect delicate materials. Designed for high throughput, it accelerates processing while maintaining sample structure and composition. Our versatile Floor Type Freeze Dryer is perfectly suited for pharmaceutical manufacturing, biotechnological procedures, and laboratory-scale freeze-drying tasks.
Temperature Range | ≤–80℃ |
Vacuum Level | < 10 Pa |
Total Drying Area | 0.07m² |
Water-Capture Capacity | 3 kg / 24 h |
Tray Spacing | 77mm |
Tray Configuration | 3× Ø180 mm |
Vial Capacity |
Ø16:258 vials Ø22:132 vials |
Bottle Capacity |
50ml: 8 bottles 100ml: 8 bottles 250ml: 8 bottles 500ml: 8 bottles 1000ml: 8 bottles |
Power Consumption | 1600 W |
Power Supply | 110-220V / 50–60 Hz |
Dimensions (W × D × H) | 600 × 600 × 900 mm + 70 mm |
Floor Type Freeze Dryer ADFFD-520 delivers ultra-low temperature lyophilization, making it ideal for sample freeze-drying and small-scale production in laboratory environments.
1. What makes the Floor Type Freeze Dryer ideal for small-scale production testing?
The Floor Type Freeze Dryer is designed for both pilot-scale testing and small-batch production. Despite its compact size, it offers high-performance drying, comparable to larger systems, allowing precise control of key parameters like shelf temperature and vacuum pressure. This flexibility makes it an ideal solution for researchers and manufacturers looking to develop formulations processes on a smaller scale before scaling up to full production.
2. How does the Floor Type Freeze Dryer ensure safety during operation?
The Floor Type Freeze Dryer is equipped with various safety features that prioritize both user and sample protection. It includes overheat sensors, pressure monitoring systems, and automatic shutdown in case of fault detection. A transparent drying chamber provides real-time visual inspection, while password protection restricts unauthorized changes to settings. These features, combined with real-time diagnostics and alert systems, help prevent damage and ensure smooth operation.
3. What types of samples and containers can be used with the Floor Type Freeze Dryer?
The Floor Type Freeze Dryer is highly versatile, capable of handling various sample formats. Its adjustable shelves and customizable trays can accommodate vials, ampoules, flasks, and bulk sample trays. This flexibility allows the dryer to process a wide range of materials, including liquids, semi-solids, and solids, making it suitable for applications in research, diagnostics, and pharmaceuticals.
4. How does the Floor Type Freeze Dryer protect sensitive materials during freeze-drying?
The Floor Type Freeze Dryer uses a low-temperature sublimation process to remove moisture from samples without causing thermal damage. The system maintains a stable vacuum environment that reduces oxidation and contamination risks while preserving the structural integrity of sensitive materials like proteins, enzymes, and pharmaceuticals. This gentle process ensures that delicate samples retain their biological and chemical properties.
5. What are the key maintenance practices for the Floor Type Freeze Dryer?
Regular maintenance of the Floor Type Freeze Dryer is essential for its longevity and consistent performance. Routine tasks include cleaning the cold trap to remove ice buildup, checking and replacing the vacuum pump oil, and inspecting seals and gaskets for wear to prevent leaks. The unit's coil-free cold trap design makes cleaning easier and reduces the risk of contamination.
6. What are the key features of a Floor Type Freeze Dryer?
Floor Type Freeze Dryers are equipped with several key features for efficient, high-quality drying. These include large chamber capacities, which allow for processing larger sample volumes, and programmable controls. Real-time monitoring tracks key parameters like temperature and vacuum pressure, ensuring optimal drying conditions. Low-noise operation makes them suitable for continuous use in laboratory settings.
7. How does a Floor Type Freeze Dryer work?
The Floor Type Freeze Dryer works through a three-stage process. First, the sample is frozen to ultra-low temperatures, turning the water content into ice. Next, during the primary drying phase, a vacuum is applied to sublimate the ice directly into vapor, bypassing the liquid phase. In the secondary drying phase, residual moisture is removed by gradually increasing the temperature. This ensures that the sample reaches its final dry state while preserving its integrity.
8. What is a Floor Type Freeze Dryer used for?
A Floor Type Freeze Dryer is used for efficiently Freeze-Drying large volumes of sensitive materials in industries like pharmaceuticals, biotechnology, food processing, and chemicals. They preserve vaccines, enzymes, plant extracts, and other moisture-sensitive materials by removing moisture through sublimation. This process maintains the integrity, potency, and stability of the sample without altering its structure or bioactivity, making it ideal for long-term storage.
Cold Trap Temperature | ≤ -60℃ |
Freeze Drying Time | 36 to 48 h |
Cold Trap Volume | 28 L |
USD 19,860.00
Cold Trap Temperature | ≤ -60℃ |
Freeze Drying Time | 36 to 48 h |
Cold Trap Volume | 28 L |
USD 18,890.00
Temperature Range | ≤–80℃ |
Vacuum Level | < 10 Pa |
Total Drying Area | 0.12m² |
USD 12,330.00
Cold Trap Temperature | ≤ -60℃ |
Freeze Drying Time | 36 to 48 h |
Cold Trap Volume | 28 L |
USD 18,410.00
Condenser Temperature: | -88 °C |
Shelf Temperature Range: | -60 °C to +70 °C |
Temperature Uniformity: | ±1 °C |
Temperature Range: | ≤–80℃ |
Vacuum Level: | < 10 Pa |
Total Drying Area: | 0.27m² |
USD 11,160.00
Condenser Temperature: | -88 °C |
Shelf Temperature Range: | -60 °C to +70 °C |
Temperature Uniformity: | ±1 °C |
Temperature Range: | ≤-50℃ |
Vacuum Level: | <10 Pa |
Freeze-Dry Area: | 0.12 m² |
Temperature Range: | ≤-50℃ |
Vacuum Level: | <10 Pa |
Freeze-Dry Area: | 0.12 m² |
Temperature Range: | ≤–80℃ |
Vacuum Level: | < 10 Pa |
Total Drying Area: | 0.27m² |
USD 12,520.00
Temperature Range: | ≤-50℃ |
Vacuum Level <10 Pa: | <10 Pa |
Freeze-Dry Area : | 0.07 m² |
Type: | Stoppering chamber |
Freeze Dry Area: | 0.09 m² |
Water Capture Capacity: | 4kg/24h |
USD 3,500.00
Type: | Standard chamber |
Freeze Dry Area: | 0.12m² |
Water Capture Capacity: | 4kg/24h |
USD 3,210.00
Temperature Range: | ≤-50℃ |
Vacuum Level: | <10 Pa |
Freeze-Dry Area: | 0.07 m² |
Condenser Temperature: | -88 °C |
Shelf Temperature Range: | -60 °C to +70 °C |
Temperature Uniformity: | ±1 °C |
Temperature Range: | ≤–80℃ |
Vacuum Level: | < 10 Pa |
Total Drying Area: | 0.27m² |
USD 16,520.00
Temperature Range: | ≤–80℃ |
Vacuum Level: | < 10 Pa |
Total Drying Area: | 0.11m² |
USD 12,960.00
Temperature Range: | ≤–80℃ |
Vacuum Level: | < 10 Pa |
Total Drying Area: | 0.27m² |
USD 17,880.00
Condenser Temperature: | -88 °C |
Shelf Temperature Range: | -60 °C to +70 °C |
Temperature Uniformity: | ±1 °C |
Type: | Standard chamber with 8 port manifolds |
Freeze Dry Area: | 0.12m² |
Water Capture Capacity: | 4kg/24h |
USD 4,200.00
Temperature Range: | ≤–80℃ |
Vacuum Level: | < 10 Pa |
Total Drying Area: | 0.11m² |
USD 11,600.00