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Bench-Top Freeze Dryer (3kg/-60°C) LMFD360A

The LMFD360A Bench-Top Freeze Dryer is a compact laboratory lyophilization system designed for efficient freeze-drying and preservation of heat-sensitive samples. Featuring a -60°C condenser temperature and 3 kg/24 h ice condenser capacity, the system removes moisture from frozen samples through sublimation under vacuum conditions. Its bench-top design makes it suitable for pharmaceutical, biotechnology, biological research, food testing, and laboratory sample preservation applications. Comparable bench-top systems in this class commonly use touchscreen process monitoring and vacuum-based drying controls.

SKU: LMFD360A Category: Brand:

Technical Specifications:

Parameter Specification
Product Type Bench-Top Freeze Dryer
Model LMFD360A
Condenser Temperature -60°C
Ice Condenser Capacity 3 kg / 24 h
Drying Method Lyophilization / Freeze Drying
Operating Principle Vacuum Sublimation
Installation Type Bench-Top
Sample Type Heat-Sensitive and Moisture-Sensitive Samples
Drying Chamber Transparent Chamber
Operation Laboratory Freeze Drying
Application Sample Drying and Preservation

 

Features

  • -60°C condenser temperature
  • 3 kg/24 h ice condenser capacity
  • Compact bench-top freeze dryer design
  • Designed for laboratory-scale lyophilization
  • Vacuum-based sublimation drying process
  • Suitable for heat-sensitive and moisture-sensitive samples
  • Transparent drying chamber for convenient process observation
  • Designed for efficient moisture removal from frozen samples
  • Compact construction for convenient laboratory installation
  • Suitable for research and routine laboratory applications
  • Helps preserve sample structure and stability
  • Suitable for biological, pharmaceutical, and research samples

Benefits

  • Efficient Freeze Drying: The -60°C condenser supports effective moisture capture during the lyophilization process.
  • Laboratory-Scale Capacity: The 3 kg/24 h ice condenser capacity makes the system suitable for routine research and laboratory applications.
  • Reduced Thermal Damage: Low-temperature vacuum drying helps minimize heat exposure to temperature-sensitive samples.
  • Improved Sample Preservation: Freeze drying can help maintain the physical and chemical properties of appropriately prepared samples.
  • Convenient Process Observation: The transparent drying chamber allows users to monitor samples during operation.
  • Space-Saving Design: The bench-top construction allows convenient installation in laboratories with limited workspace.
  • Efficient Moisture Removal: Vacuum sublimation removes frozen water without conventional high-temperature drying.
  • Versatile Applications: Suitable for pharmaceutical, biotechnology, microbiology, food research, biological research, and quality control laboratories.
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