Description
The Silicone Oil Heating Lyophilizer models YR05985-1 and YR05985-2 are innovative vacuum freeze dryers designed for excellence in the lyophilization field. With patented technology, these models streamline the cumbersome drying process with in-situ freeze-drying, effectively preventing material contamination while automating drying and sublimation efficiently. Both models feature an acrylic transparent chamber door, programmable shelf heating functions, and allow observation of the entire lyophilization process, making them indispensable tools in laboratories and industrial settings.
Market Price
In the market, silicone oil heating lyophilizers like the YR05985 series generally range from $46,500 to $47,000. This cost-effective pricing reflects the advanced capabilities and high efficiency of these freeze dryers, ensuring you get premium performance without breaking the bank. When considering such an investment, the reliability and automation features of the YR05985 series highlight excellent value for money.
Frequently Asked Questions
What is the maximum drying area for these models? The YR05985-1 offers a freeze-drying area of 0.7m², while the YR05985-2 provides a bigger area of 1.04m².
Can I observe the lyophilization process? Yes, the acrylic door of the drying chamber allows for an unobstructed view of the process.
What is the advantage of silicone oil heating? Silicone oil heating provides uniform temperature distribution, ensuring efficient and consistent drying results.
Advantages and Disadvantages
The Silicone Oil Heating Lyophilizer boasts several advantages, including high precision in temperature control, energy efficiency with dual-machine cascade refrigeration, and reduced noise operation. The primary disadvantage is the upfront cost, which might be higher than traditional dryers but is offset by long-term savings and superior drying performance.
Field Use
In practical applications, the YR05985 series lyophilizers shine in pharmaceutical, biochemical, and food processing industries. These machines efficiently handle bulk freeze-drying tasks, resulting in products that are easier to store and retain their original biochemical characteristics, even after rehydration.
Recommendations
To maximize the life and performance of your lyophilizer, regular maintenance is crucial. Ensure that the cooling systems are cleaned and checked periodically. Use the programmable features to customize drying cycles tailored to specific materials and regularly update the internal log to enhance operational efficiency. For further details or to generate a quote, explore the Kalstein Plus platform for seamless ordering and support options.
Features
- Patented in-situ freeze-drying technology.
- ACRYLIC transparent door for process observation.
- Safety diaphragm valve for inert gas connection.
- Specialized gas guiding technology.
- High-efficiency dual-machine cascade refrigeration.
- Advanced separator temperature fuzzy control technology.
Technical Specifications
Model | YR05985-1 | YR05985-2 |
Freeze-drying area | 0.7m² | 1.04m² |
Material plate size | 475 × 355mm | 475 × 355mm |
Number of material trays | 4 | 6 |
Shelf size | 480 × 360mm | 480 × 360mm |
Number of shelves | 4+1 floors | 6+1 floor |
Shelf spacing | 50mm | 70mm |
Shelf temperature range | -55°C ~ +70°C | -55°C ~ +70°C |
Shelf temperature difference | ±1°C (balanced) | ±1°C (balanced) |
Cold trap temperature | ≤ -75°C (no load) | ≤ -75°C (no load) |
Water catching capacity | ≥10KG/24h | ≥15KG/24h |
Pumping rate | 8L/S | 15L/S |
Ultimate vacuum | ≤5pa (no load) | ≤5pa (no load) |
Installed power | 5500w | 6500w |
Host weight | 600kg | 700kg |
Mainframe dimensions | 1000×785×1420mm | 1170×830×1665mm |
Cooling method | air cooling | air cooling |
Plate loading material | 7L (material thickness 10mm) | 10L (material thickness 10mm) |