Product Description
The Vertical Laboratory Freeze Dryer models YR05191, YR05192, and YR05193 represent a pinnacle of innovation and technical excellence in the field of laboratory equipment. These models are designed to provide superior freeze-drying capabilities essential for various research and commercial applications. Specifically, the YR05191 and YR05193 offer a freeze-dried area of 0.08m², while the YR05192 provides a larger 0.12m² area, catering to different scale needs.
One of the standout features of these freeze dryers is the robust cold trap temperature capability. All models can reach temperatures of ≤ -56°C under no load, with an optional enhancement to achieve ≤ -80°C, making them suitable for a wide range of substances needing varying preservation conditions. The efficient water-catching capacity of 3-4kg/24h ensures optimal performance even under rigorous conditions.
| Model | YR05191 | YR05192 | YR05193 |
|---|---|---|---|
| Freeze-dried area | 0.08m² | 0.12m² | 0.08m² |
| Panel material (material thickness 10mm) | 0.8L | 1.2L | 0.8L |
| Material Tray | Ф180mm, 3 layers | Ф200mm, 4 layers | Ф180mm, 3 layers |
| Material plate spacing | 70mm | ||
| Cold trap temperature | ≤ -56°C (no load), optional ≤ -80°C (no load) | ||
| Water catching capacity | 3-4kg/24h | ||
| Ultimate vacuum | ≤ 5pa (no load) | ||
| Power | 970 W | ||
| Host Weight | 62 KG | ||
| Mainframe Dimensions | 580×500×1210mm | 580×500×1185mm | 580×500×1260mm |
Market Price
The market value of the Vertical Laboratory Freeze Dryer ranges broadly given the advanced technology and high-quality materials employed in its construction. Typically, these units are available in the price range of $4,700 to $5,500 USD. This estimate reflects the comprehensive feature set and enduring build quality designed for demanding laboratory environments. While price varies depending on specific model features and configurations, customers can expect top-tier performance and reliability befitting their investment.
Frequently Asked Questions
What is the power requirement for the YR05191 model?
The YR05191, along with its counterparts, operates at a power requirement of 970 W, ensuring efficient performance and energy use.
Can these models accommodate various freeze-drying scales?
Yes, the different freeze-drying areas (0.08m² for YR05191 and YR05193, and 0.12m² for YR05192) allow these units to cater to diverse scales of operation.
What materials are the trays made from?
The trays are made from durable materials with varying sizes and layers (Ф180mm with 3 layers for YR05191 and YR05193, and Ф200mm with 4 layers for YR05192), suitable for multiple laboratory uses.
Advantages and Disadvantages
Advantages: The freeze dryers offer robust engineering with a user-friendly interface designed to handle high quantities efficiently with their excellent water-catching capacity. Their ability to reach very low temperatures and maintain a consistent vacuum level enhances the fidelity of the freeze-drying process.
Disadvantages: Although the freeze dryers boast excellent specifications, they require a substantial initial investment, reflective of their advanced capabilities. Regular maintenance is essential to keeping these complex systems running optimally.
Product Usage in the Field
Vertical Laboratory Freeze Dryers find applications across various scientific fields, including pharmaceuticals, biotechnology, and food research. Their ability to preserve biological samples, pharmaceuticals, and food products without compromising structural integrity makes them indispensable. Laboratories value these freeze dryers for maintaining the activity of pharmaceutical compounds and for stabilizing sensitive materials.
In practical terms, utilizations in field setups often involve freeze-drying delicate samples that must retain their molecular structure, ensuring that subsequent tests yield accurate and reliable results. Efficient operation translates to enhanced productivity, making these units crucial in scaling up laboratory operations.
Recommendations
To maximize the benefits of the Vertical Laboratory Freeze Dryers, follow routine maintenance schedules and operate within the recommended parameters. Regularly verify the integrity of the vacuum seal and ensure the chambers are clean before commencing the freeze-drying process. By consulting the user guides and engaging with professional service facilities when necessary, longevity and optimal performance can be assured.
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