Description

The Silicone Oil Heating Lyophilizer models YR05985-1 and YR05985-2 are state-of-the-art vacuum freeze dryers, expertly designed for applications in medicine, pharmaceuticals, biological research, chemicals, and food industries. These advanced lyophilizers simplify the traditional drying process with a focus on in-situ lyophilization, ensuring that materials maintain their original biochemical characteristics upon rehydration. This is a patented innovation offering increased automation in drying and sublimation processes, featuring an intuitive shelf heating system and programmable memory to store freeze-drying curves for comprehensive process monitoring.

The YR05985-1 and YR05985-2 models boast a number of standout features, such as: acrylic doors for clear observation, a safety diaphragm valve for inert gas filling post-drying to extend material shelf life, and a sophisticated cold trap system with unmatched ice trapping capabilities. Equipped with brand-name compressors, these lyophilizers offer dual-machine cascade refrigeration, maximizing efficiency and reducing energy consumption. The patented technology ensures uniform drying with precise temperature control, bolstered by a small shelf temperature difference and fuzzy control technology.

Market Price

The market range for advanced lyophilizer models like the Silicone Oil Heating Lyophilizer can vary. Typically, prices for these powerful machines fall between $46,000 and $47,000. This range reflects the advanced technology and reliability provided by these units, which are indispensable for industries requiring precise and efficient freeze-drying solutions.

Frequently Asked Questions

What makes in-situ lyophilization advantageous?
The in-situ process reduces the risk of contamination and simplifies workflow by allowing the entire freeze-drying procedure to occur in one location without material transfer.

How does the programmable feature enhance freeze-drying?
This feature allows users to save and recall freeze-drying curves, optimizing the process by enabling consistent results with repeating batches.

Pros and Cons

Advantages: The system’s automation and precision technologies offer enhanced efficiency. Its user-friendly interface and sturdy construction ensure long service life. Additionally, the ability to observe the process in real-time is a significant plus for monitoring sensitive materials.

Disadvantages: The initial investment is substantial, and some users might require training to fully leverage its advanced features. Also, the size and weight may pose logistical challenges in smaller lab spaces.

Field Use of the Product

In practical settings, the Silicone Oil Heating Lyophilizer excels at maintaining the integrity of heat-sensitive products. Laboratories often use it to preserve biological samples, while food manufacturers employ it to retain flavors and nutrients. Its reliable performance in continuous and batch processing environments ensures its versatility across various sectors.

Recommendations

To maximize performance, ensure regular maintenance and calibration of the equipment. Also, consider utilizing the programmable memory feature to optimize and replicate successful drying cycles efficiently. A routine cleaning and inspection schedule will help sustain long-term operational efficacy and prevent breakdowns.

Features

1. In-situ vacuum freeze dryer, pre-freezing and drying in one place for easy operation.
2. Transparent acrylic doors for unobstructed process observation.
3. Safe diaphragm valve for inert gas filling, extending material shelf life.
4. High capacity cold trap with excellent ice trap performance.
5. Dual-machine cascade refrigeration for high efficiency and low energy consumption.
6. Patented separator technology for uniform drying with precise temperature control.

Technical Specifications