Double Stage Vacuum Pump LE-DVP104

Lab Expo Double Stage Vacuum Pump LE-DVP104 offers a high pumping speed of 14.4 m³/h for rapid and efficient vacuum generation. It is equipped with a powerful 0.55 kW motor designed for consistent performance. Built in with a two-stage compression system enhance stability under continuous operation. Our Double Stage Vacuum Pump ensures reliable, low-maintenance performance across a wide range of applications.

$2,458.00 $ 2048

Double Stage Vacuum Pump LE-DVP104 - Specifications

Pumping Speed 14.4 m³/h (50 Hz)
Ultimate Pressure ≤ 5 Pa (Gas ballast on)
Motor Power 0.55 kW (50 Hz)
Oil Capacity 1.2 L
Inlet KF25/KF16
Outlet KF25
Power Supply 220 V, 50 Hz
Dimension 72 × 27 × 29 mm
Net Weight 27 kg

Double Stage Vacuum Pump LE-DVP104 - Key Features

  • Oil-free operation with 1.2 L oil capacity
  • KF25/KF16 inlet configuration for flexible connections
  • Two-stage compression system achieving ≤ 5 Pa ultimate pressure
  • 0.55 kW motor delivering 14.4 m³/h pumping speed at 50 Hz

Double Stage Vacuum Pump LE-DVP104 - Applications

FunctionImplementation
Laboratory vacuum filtration14.4 m³/h supports rapid sample processing
Medical device sterilization prep≤5 Pa enables effective chamber evacuation
Pharmaceutical drying processes0.55 kW motor sustains continuous operation
Industrial leak testing labsKF25/KF16 inlet allows secure hose connection
Quality control material analysis1.2 L oil capacity maintains stable performance

Double Stage Vacuum Pump LE-DVP104 - Catalog


Double Stage Vacuum Pump LE-DVP104

Double Stage Vacuum Pump LE-DVP104


Related Double Stage Vacuum Pump

Lab Expo Double Stage Vacuum Pump delivers precise, stable vacuum generation with dual-stage compression for enhanced depth and consistent performance. As a double stage pump, it provides controlled air removal for freeze drying, solvent filtration, refrigeration, and other vacuum-dependent workflows. Oil-sealed build, thermal protection, and durable design ensure precise operation, long service life, and steady vacuum levels across laboratory, industrial, and research applications.