Description

The Silicone Oil Heating Lyophilizer YR05985-1 – YR05985-2 revolutionizes the freeze-drying process by eliminating the cumbersome manual operations associated with traditional methods. This advanced equipment is widely applied in medicine, pharmaceuticals, biological research, chemical industries, and food processing. It offers a seamless and uncontaminated drying process with in-situ lyophilization (patented), providing users the ability to automate drying and sublimation. Equipped with shelf heating and programmable features, it meticulously records the lyophilization curve for enhanced observation and control.

Both models, YR05985-1 and YR05985-2, incorporate cutting-edge technology, such as a safety diaphragm valve for inert gas filling and internationally recognized brand compressors for superior efficiency. These features ensure high performance in capturing water and maintaining energy-efficient operations, ideal for long-term storage without sacrificing quality. Explore the power of lyophilization with our patented technology that ensures uniform and optimal drying results.

Invest in a technology that brings precision, efficiency, and convenience to your freeze-drying processes. Whether you are storing delicate biological samples or producing pharmaceuticals, the Silicone Oil Heating Lyophilizer is your reliable partner. Discover the benefits today by generating an instant quote through Kalstein Plus and take the first step towards enhancing your production capabilities.

Market Price

The Silicone Oil Heating Lyophilizer YR05985-1 – YR05985-2 is a competitive entry in the market, with similar products averaging between $6500 to $7400 USD. This range reflects the high-grade engineering and technological innovations embedded in our freeze dryers, setting a new standard for quality and performance in the industry.

Frequently Asked Questions

What is the primary function of the Silicone Oil Heating Lyophilizer? The primary function is to lyophilize or freeze-dry materials in an automated and uncontaminated manner, ideal for sectors like pharmaceuticals and food.

How does in-situ lyophilization differ from other methods? In-situ lyophilization allows the freezing and drying processes to occur in the same chamber, reducing contamination risks and improving efficiency.

Advantages and Disadvantages

Advantages: Offers automated processes with high precision, significantly reduces contamination risk, and provides programmable options for customized freeze-drying curves.

Disadvantages: The initial investment can be higher than conventional freeze-dryers, which may affect budget-constrained operations.

Use of Product in the Field

This lyophilizer is ideal for advanced laboratory and industrial applications, including pharmaceutical development, food preservation, and research laboratories. It automates critical steps in the freeze-drying process, ensuring that the material’s original properties are retained post-lyophilization.

Recommendations

For optimal performance, ensure regular maintenance checks are conducted, especially on the cooling systems and vacuum components. Also, keep the lyophilizer in a controlled environment to maintain efficiency and longevity.

Features

• Patented square warehouse in-situ vacuum freeze dryer.
• ACRYLIC transparent drying chamber door for easy monitoring.
• High-efficiency compressors with low noise levels.
• Advanced cold trap technology for uniform ice trapping.
• Precise temperature control with small shelf temperature difference.

Technical Specifications