Benchtop Manifold Top Press Freeze Dryer 19A-BSF501

Manifold Top Press Freeze Dryer is a compact table-top unit with 3 kg condenser capacity and condenser temperature of -80 °C for specimen’s containing solvents. The manifolds allow lyophilization of wide spectrum of sample volumes. It facilitates the connection of eight different sizes of flasks ranging from 100 ml to 1000 ml. Precise vacuum control enables faster freeze drying and reproducible results.

$10,147.00 $ 8456

Specifications

Condenser temperature - 80 °C
Condenser capacity 3 kg / 24 h
Freeze drying area 0.1 m²
Bulk capacity 1 L
Vial capacity Φ 12 mm 492 pieces
Vial capacity Φ 16 mm 279 pieces
Vial capacity Φ 22 mm 147 pieces
Display LCD touch screen
Shelves 4 shelves
Shelves dimension Φ 180 mm
Final Vacuum < 10 Pa
Voltage 220 V / 50 Hz
Dimensions 830 x 680 x ( 400 + 430 ) mm
Weight 185 kg

Features

  • Ice condenser capacity 3 kg / 24 h
  • Clear acrylic door for easy product viewing
  • Vacuum pump oil return
  • Condenser temperature -80C
  • Oil mist filtration system

Applications

FunctionImplementation
Research labs279 vial capacity supports high-volume specimen processing
Clinical settings-80 °C condenser temperature enables solvent-based specimen freeze drying
Industrial freeze drying3 kg/24h condenser capacity facilitates large-scale freeze drying operations
Quality control labs0.1 m² freeze drying area allows for precise control of freeze drying conditions
Pharmaceutical manufacturing220 V / 50 Hz voltage supports continuous operation in industrial environments

Related Models Of Benchtop Freeze Dryers

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.