Silicone Oil Heating Lyophilizer YR05985-1 - YR05985-2

The Silicone Oil Heating Lyophilizer models YR05985-1 and YR05985-2 are cutting-edge freeze dryers, designed specifically for precision and efficiency in various fields such as pharmaceuticals, biological research, and food preservation. These vacuum freeze dryers simplify the traditional drying process, reducing contamination risks while offering programmable functions that allow meticulous observation of the lyophilization process. This advanced technology enables in-situ freeze-drying, utilizing patented innovations to achieve superior drying outcomes.

The durable construction includes a transparent acrylic door for clear observation, and a unique safety diaphragm valve ensures longevity by connecting to an inert gas source, thus extending material shelf life post-drying. These lyophilizers are equipped with unmatched ice trapping capabilities and high-efficiency international brand compressors, promising low noise and energy-saving operations.

Whether you are in medicine, environmental science, or the food industry, the integration of precise shelf temperature control and programmable memory functions makes these models indispensable. Experience the synergy of technology and reliability; request a quote or generate one automatically via Kalstein Plus to discover how the YR05985-1 and YR05985-2 can transform your workflow.

Market Price

The Silicone Oil Heating Lyophilizer has a market price range between $46,500 and $47,080. This price reflects the advanced technology and patent-protected features these models provide, positioning them as premium options within the freeze-drying sector.

Frequently Asked Questions

What is the main advantage of silicone oil heating in freeze dryers? Silicone oil heating ensures consistent temperature distribution across shelves, enhancing the uniformity and efficiency of the drying process.

Can these models handle large volumes? Yes, the YR05985-2, in particular, offers a larger freeze-drying area, accommodating greater volumes than traditional models.

Advantages and Disadvantages

These lyophilizers boast numerous advantages, including advanced programmable features, efficient energy use, and precise temperature control, ensuring high-quality results. However, potential disadvantages could include the initial investment cost and the learning curve to operate advanced programming.

Using the Product in the Field

In practical scenarios, users can rely on these lyophilizers for freeze-drying delicate pharmaceuticals, preserving biological samples, or enhancing the shelf life of food products. The in-situ freeze-drying capability simplifies operations in clinical and laboratory settings, reducing manual handling.

Recommendations

To maintain optimal performance, it is recommended to regularly service the compressors and ensure calibration of temperature controls. Utilizing the programmable features will maximize efficiency and precision, essential for sensitive materials processing.

Features

1. Patented square warehouse design for efficient in-situ vacuum freeze-drying.
2. Clear acrylic door for real-time observation.
3. Safety diaphragm valve for inert gas integration, extending material shelf life.
4. Cold trap technology for high ice trapping efficiency.
5. High-efficiency compressors with dual-machine cascade refrigeration.
6. Advanced separator temperature control for precise and uniform drying results.

Technical Specifications