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Technical Glossary and Key Terminology for the YR06637 Electric Heating Vacuum Freeze Dryer

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Technical Glossary and Key Terminology for the YR06637 Electric Heating Vacuum Freeze Dryer

Explore the essential technical glossary and key terminology related to the YR06637 Electric Heating Vacuum Freeze Dryer, designed for optimal performance in cr

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Technical Glossary and Key Terminology for the YR06637 Electric Heating Vacuum Freeze Dryer

The YR06637 Electric Heating Vacuum Freeze Dryer is an advanced laboratory device designed for critical applications in various sectors, including medicine, pharmacy, biotechnology, and the food industry. This article focuses on essential technical terms and concepts associated with the YR06637 model, providing operators and users with a comprehensive understanding of its functionality and operation.

Understanding Key Terminology

To effectively operate and understand the YR06637, it's crucial to familiarize oneself with specific terms used in the context of freeze-drying technology. Below is a glossary of terms along with their definitions to enhance your knowledge and expertise in using this sophisticated equipment.

TermDefinition
Freeze DryingA dehydration process used to preserve perishable materials, where water is removed from the material by sublimation under vacuum conditions.
SublimationThe transition of a substance from solid directly to gas without passing through the liquid phase, crucial in the freeze-drying process.
VacuumA state of lower pressure than the surrounding atmosphere, used in the YR06637 to facilitate sublimation and drying.
In-Situ LyophilizationA patented method used in the YR06637 that integrates freeze-drying and sublimation in the same chamber, minimizing manual handling and contamination.
Smart Temperature ControlA technology utilized in the YR06637 that ensures minimal temperature variation across shelves, allowing for uniform drying.
FD-EMB SystemA feature of the YR06637 that allows the storage of numerous process recipes, optimizing drying conditions based on sample type.
Cold TrapA component designed to capture moisture during the freeze-drying process, preventing it from entering the vacuum pump.
Heating ShelvesElectric heating elements built into the shelves of the YR06637 to provide controlled heating for efficient drying.
Display InterfaceA user-friendly 7-inch color touchscreen that allows operators to monitor and control the freeze-drying process easily.
Recipe ManagementThe ability to create and store multiple drying protocols tailored to specific materials and requirements.
Energy EfficiencyA key benefit of the YR06637, achieved through advanced compressor technology and optimized heating methods to minimize power consumption.
CalibrationThe process of verifying that the equipment accurately measures temperature and vacuum levels, crucial for ensuring quality results.
Contamination-Free EnvironmentA critical aspect of the YR06637's design, ensuring that the freeze-drying process is carried out without introducing contaminants.
Industrial ApplicationsRefers to the use of the YR06637 in sectors such as pharmaceuticals for vaccines, biotechnology for enzymes, and food preservation.
Operational FlexibilityThe ability of the YR06637 to operate in both manual and automatic modes, catering to various operational needs.
Moisture Collection CapacityThe ability of the YR06637 to collect significant amounts of moisture (greater than or equal to 8 kg in 24 hours) during the freeze-drying process.
Maintenance RequirementsThe necessary upkeep procedures to ensure continued performance and reliability of the YR06637, including routine checks and cleaning.
Space RequirementsSpecific considerations regarding the physical footprint and weight (280 kg) of the YR06637, necessitating appropriate laboratory space planning.

Technical Specifications of the YR06637

FeatureSpecification
ModelYR06637
Freeze Drying Area0.4 m2
Number of Trays4 Trays
Tray Size300 x 340 mm
Layer Spacing50 mm
Tray Temperature Range-50 °C to +70 °C (Electric Heating)
Cold Trap TemperatureLess than or equal to -60 °C (Optional -80 °C)
Water Collection CapacityGreater than or equal to 8 kg / 24 h
Maximum VacuumLess than or equal to 5 Pa (without load)
Pumping Speed6 L/s
Installed Power2700 W
Cooling MethodAir Cooling
Packaging Dimensions880 x 850 x 1580 mm
Equipment Weight280 kg
Packaging Weight350 kg

Frequently Asked Questions

What is the benefit of in-situ lyophilization in the YR06637?

The in-situ lyophilization feature allows for both freeze-drying and sublimation to occur within the same chamber, reducing manual handling and minimizing contamination risks, which is crucial in sensitive applications.

How does the YR06637 ensure a contamination-free environment?

The YR06637 is designed with a sealed chamber and employs automatic processes that prevent external elements from entering, ensuring that the materials being dried remain uncontaminated throughout the process.

What are the maintenance requirements for the YR06637?

To maintain optimal performance, it is essential to check the state of the cold trap regularly and clean the drainage valve after each cycle to support effective moisture capture and operation.

Can the YR06637 handle sensitive materials?

Yes. The YR06637 is equipped with a safety diaphragm valve that allows connections to inert gas sources, thus filling the chamber post-drying to protect oxygen-sensitive materials.

What types of applications is the YR06637 suited for?

The YR06637 is particularly effective in the pharmaceutical industry for vaccines and antibiotics, in biotechnology for enzymes and bacterial strains, and in the food sector for preserving original biochemical characteristics.

How is the energy efficiency achieved in the YR06637?

The energy efficiency of the YR06637 is achieved through world-class compressors and advanced heating technologies that minimize energy consumption while ensuring effective freeze-drying.

What is the maximum vacuum level achievable by the YR06637?

The YR06637 can achieve a maximum vacuum level of less than or equal to 5 Pa when operating without a load, which is essential for effective sublimation during the freeze-drying process.

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