Description
The Silicone Oil Heating Lyophilizer YR05985-1 – YR05985-2 stands at the forefront of innovation in vacuum freeze-drying technology. Widely utilized in the realms of medicine, pharmaceuticals, biological research, chemicals, and food processing, these freeze dryers are engineered to preserve product quality and integrity over time. Featuring proprietary in-situ lyophilization, this patented solution automates the drying and sublimation process, minimizing contamination risks and enhancing operational efficiency. With advanced shelf heating and programmable settings, users can easily observe and manage the freeze-drying curve, ensuring precise control over the lyophilization process.
Market Price
Understanding the market dynamics is crucial for informed purchasing. The Silicone Oil Heating Lyophilizer YR05985-1 – YR05985-2 is competitively priced in the market, often ranging between $46,000 and $47,000. This ensures that buyers receive value for money while investing in a state-of-the-art freeze-drying technology that promises durability, efficiency, and superior performance. For specific pricing and to tailor a quote to your needs, we invite you to request a quote or generate one directly through our Kalstein Plus platform.
Frequently Asked Questions
What are the main applications of this freeze dryer? This freeze dryer is versatile and can be used across medical, pharmaceutical, biological, chemical, and food industries.
Is it easy to operate? Absolutely, the system is designed for ease of use with automated processes and programmable functions that simplify operation.
Advantages and Disadvantages
The YR05985 series boasts numerous advantages, including an innovative in-situ lyophilization that reduces contamination and enhances efficiency. The clear acrylic door allows users to monitor the process, while the high-efficiency compressors ensure energy savings and longevity. However, some users might find the initial investment substantial; nonetheless, the long-term savings and benefits often outweigh this aspect.
Use of the Product in the Field
In practical scenarios, the Silicone Oil Heating Lyophilizer is utilized to preserve sensitive biological materials, pharmaceuticals, and food items. By reducing the product temperature and pressure, the dryer effectively removes moisture, ensuring long-term preservation. Its ability to maintain original biochemical properties upon rehydration makes it indispensable in research and production settings.
Recommendations
To optimize the use and longevity of your lyophilizer, it is recommended to adhere to regular maintenance schedules and ensure that all components are clean and functioning correctly. Users should familiarize themselves with the programmable functions to fully harness the system’s capabilities. Additionally, integrating the machine into a workflow that minimizes idle time can enhance productivity.
Features
- Patented in-situ vacuum freeze-drying technology for efficient, contamination-free operation.
- Transparent acrylic chamber door for clear observation of the drying process.
- Equipped with internationally renowned brand compressors for efficient energy use.
- High-precision temperature control for uniform drying results.
- Pre-installed safety diaphragm valve and gas guiding technology for extended material shelf life.
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) |