Description

The Silicone Oil Heating Lyophilizer YR05985-1 – YR05985-2 revolutionizes the freeze-drying process in pharmaceuticals, medicine, biology, chemistry, and food. These state-of-the-art freeze dryers streamline previously complex drying operations and protect materials from contamination with their in-situ lyophilization technology. They feature shelf heating, advanced programmable functions, and allow users to meticulously observe and control the lyophilization process. The acrylic chamber door, known for its transparency, provides an unobstructed view of the freeze-drying.

This product boasts patented technologies such as a specialized gas guide and internationally renowned compressors offering dual-machine cascade refrigeration. This ensures efficient energy use, long lifespan, and low-noise operation. Their precision temperature control and fine-tuned shelf separation technologies ensure uniform drying.

With major efficiency and automation benefits, the YR05985-1 is designed for medium-sized operations and the YR05985-2 for larger operations. The tools are highly effective for long-term storage and quick rehydration of sensitive biological and chemical materials while maintaining their biochemical properties.

Market Price

In the market for freeze dryers, prices can vary widely based on capacity and features. For high-performance units like the Silicone Oil Heating Lyophilizer, the average market price ranges from $46,500 to $47,080, offering robust technology at competitive pricing.

Frequently Asked Questions

What is the main advantage of in-situ freeze-drying technology?

In-situ freeze-drying technology simplifies the lyophilization process by eliminating the need for manual transfer of materials, thus reducing the risk of contamination.

Is the material viewable during the drying process?

Yes, the drying chamber door is made from transparent acrylic, allowing for complete observation of the process.

Advantages and Disadvantages

One of the key advantages of the YR05985-1 – YR05985-2 lyophilizers is their patented precision control technology, which ensures uniform drying and high fidelity in reproducing the freeze-drying curve. Another benefit is the energy efficiency and longevity provided by the internationally renowned dual-machine cascade refrigeration compressors. However, a potential disadvantage could be the initial investment cost, which is offset by the long-term savings in operational efficiency.

Product Use in the Field

These lyophilizers are ideal for environments where precision in preservation is crucial. Pharmaceuticals use them for preserving active ingredients, while the food industry utilizes them to freeze-dry ingredients and snacks, retaining nutritional value and flavor. In medical and biological research, they ensure that delicate reagents and biological samples are preserved in their most natural state.

Recommendations

To optimize use, it is recommended that users follow the programmable function guidelines to create customized freeze-drying curves for different materials. Regular maintenance and cleaning of the chamber and components will ensure longevity and consistent performance. Additionally, always enable the inert gas purge post-drying to maximize shelf life.

Features

• Patented in-situ vacuum freeze-drying technology
• ACRYLIC drying chamber for clear observation
• Safety diaphragm valve for inert gas connection
• Uniform ice trapping with advanced gas guide technology
• High-efficiency, low-noise compressors
• Precision temperature control for uniform drying

Technical Specifications