Benchtop T-Type Freeze Dryer LE-BTF202

Benchtop T-type Freeze Dryer LE-BTF202 is a bio freeze with 3 kg condenser capacity and -80°C temperature, ideal for solvent-based drying. It offers a T-type manifold for several ampoules using rubber adaptors. Equipped with an oil mist filter, maintains vacuum pressure that extends equipment life. Integrated with oil return device ensures smooth performance and prevents leakage. Our Benchtop T-type Freeze Dryer is suitable for pharmaceutical and other laboratory applications.

Specifications

Condenser temperature

- 80 °C

Condenser capacity

3 kg / 24 h

Cold trap depth

150 mm

Pumping rate

2 L / second

T-frame size

430 × 480 mm

Number of sealed valves

24 Pieces for 24 ampoules

Cold trap diameter

Φ 215 mm

Final Vacuum

Less than 10 Pa

Power Supply

220 V / 50 Hz

Power consumption

970 W

Internal Dimension

615 × 450 × 370 mm

External Dimension

615 × 450 × 440 mm

Weight

41 Kg

Features

  • Temperature Uniformity with -80C condenser temperature
  • Overload and Overheat Protection with 970W power consumption
  • Low Noise Operation
  • LCD Digital Display
  • Corrosion-Resistant Interior

Applications

FunctionImplementation
Research labs970 W powers continuous freeze drying operations
Pharmaceutical applications-80 °C condenser temperature enables solvent-based drying
Industrial freeze drying3 kg / 24 h condenser capacity supports high-volume drying
Quality control labsLess than 10 Pa final vacuum ensures precise drying control
Clinical sample prep2 L / second pumping rate facilitates rapid freeze drying cycles

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.