Benchtop Manifold Freeze Dryer LE-BMF401

Benchtop Manifold Freeze Dryer LE-BMF401 is a compact tabletop unit with a 3 kg condenser capacity and -50 °C temperature for drying aqueous samples. It includes a manifold system, which enables independent drying of multiple flasks. Equipped flask ports allow adding or removing flasks without affecting others. Integrated oil mist filter and pump oil return system ensure a stable vacuum and prevent leaks. Our Benchtop Manifold Freeze Dryer is ideal for chemical labs and research institutes.

$7,080.00 $ 5900

Benchtop Manifold Freeze Dryer LE-BMF401 - Specifications

Condenser temperature - 50 °C
Condenser capacity 3 kg / 24 h
Freeze Drying area 0.12 m²
Bulk capacity 1.2 L
Shelves 4 – 6 Shelves
Shelves dimension Φ 200 mm
Final vacuum Less than 10 Pa
Power supply 220 V / 50 Hz
Internal dimension 565 × 420 × 360 mm
External dimension 565 × 420 × 430 mm
Weight 105 Kg

Benchtop Manifold Freeze Dryer LE-BMF401 - Key Features

  • Corrosion-resistant stainless-steel chamber
  • Over-temperature and power cut protection
  • Microprocessor-based control system
  • Low noise operation
  • LCD digital display

Benchtop Manifold Freeze Dryer LE-BMF401 - Applications

FunctionImplementation
Chemical labs3 kg condenser capacity enables 24-hour drying cycles
Research institutes-50 °C condenser temperature supports rapid freeze drying
Small-scale production0.12 m² freeze drying area accommodates multiple flasks
Quality control labsLess than 10 Pa final vacuum ensures precise drying control
Pharmaceutical testing1.2 L bulk capacity handles large sample volumes

Benchtop Manifold Freeze Dryer LE-BMF401 - Catalog

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Lab Expo Benchtop Freeze Dryers support efficient lyophilization where compact footprint, stable vacuum control, and precise low-temperature condensation are required for sensitive samples. The system operates with regulated refrigeration at defined condenser temperatures and controlled vacuum to maintain consistent sublimation conditions. Corrosion-resistant cold traps, transparent doors, and digital monitoring support controlled operation, while versatile manifold configurations enable repeatable, adaptable freeze-drying performance for routine laboratory workflows.