Description

The Benchtop Top Press Lab Freeze Dryer YR05187 stands out as a compact yet powerful solution for laboratory freeze-drying experiments. This advanced benchtop equipment is essential across various fields, including medicine, pharmacy, biology research, and the food industry. Its top-press mechanism allows users to execute freeze-drying with precision, facilitating long-term preservation of materials. Once rehydrated, the products maintain their original chemical and biological characteristics, making the YR05187 an indispensable tool for preserving sensitive materials.

Market Price

The market price for lab freeze dryers like the YR05187 generally falls between $4000 USD and $5000 USD. For those interested in exploring the best pricing available, we invite you to request an automatic quote through our Kalstein Plus platform. This tool not only provides you with pricing but also allows you to compare features with other models in the market, ensuring you make an informed decision for your laboratory needs.

Frequently Asked Questions

How does the freeze-drying process work? The process involves freezing the material, applying a vacuum to sublimate the frozen moisture, and then capturing it. This ensures the material is preserved without degrading.

Is this equipment energy efficient? Yes, with a power usage of 700W, it is designed to be efficient while delivering powerful freeze-drying performance.

Advantages and Disadvantages

Advantages: The YR05187 model features a CFC-free refrigeration system and a user-friendly LCD display for monitoring drying curves. The stainless steel construction of the condenser and operation panel ensures durability, while the organic glass drying chamber allows for safe and visible operations.

Disadvantages: The manual press mechanism might require some practice to master, and the device’s compact size may limit its use for larger volume freeze-drying applications.

Usage in the Field

The Benchtop Top Press Lab Freeze Dryer is highly effective in practical laboratory settings. Scientists use it to dry sensitive biological samples and pharmaceutical products. It simplifies processes such as sample preservation and preparation of reagents, thereby enhancing workflow efficiency in labs.

Recommendations

To maintain optimal performance, ensure the surrounding environment temperature does not exceed 25℃. Regular calibration and maintenance of the machine are essential to extend its lifespan and maintain efficiency. Consider optional features like cascade refrigeration for applications requiring lower temperatures.

Key Features

• CFC Free refrigeration system
• LCD display with English interface for monitoring drying curves
• Pre-freezing function with a large condenser opening
• Low noise compressor with excellent efficiency
• Durable stainless steel construction for the condenser and operation panel
• Safe, visible organic glass drying chamber
• Customizable tray spacing
• Optional nitrogen valve, eutectic point test device, and communication interface
• Available cascade refrigeration for -80℃ applications

Technical Specifications