GEV's Oilless Vacuum Pump range provides a low maintenance, no contamination vacuum operation.
GENERAL EUROPE VACUUM a Company born from the twenty years experience of a group of skilled and capable people, who along these years engineered, manufactured and installed “General” plant fit for pharmaceutical and chemicals industries and consequently availing themselves of the research carried out during these years, has finally decided to develop and manufacture VACUUM PUMPS.
GENERAL EUROPE VACUUM engineers and manufactures a comprehensive range of oilless & lubricated vanes vacuum pumps with capacities from 3 to 800 m3/hr in addition to ” custom-made ” process vacuum plants.
GEV's Oilless Vacuum Pump range includes a Claw Type Vacuum Pump, an Oil Free Rotary Vane Vacuum pump, and a Dray Screw Vacuum Pump.
Applications
The 3 different types of oilless vacuum pumps in GEV's ranges are as follow.
GEV Oilless Vacuum Pump
Predator GPR 150
GEV's Predator GRP 150 is an Oilless Claw Type Vacuum Pump that requires no oil lubircation and is air cooled. This enables no maintenace on the unit.
The Predator dry claw pumps offer significant energy saving and high efficiency compared to the traditional rotary lobe blower designs without internal compression.
TECHNICAL FEATURES:
Models GS
GEV's GS series is an Oilless Rotary Vane Type Vacuum Pump that requires no oil lubircation and is air cooled. This enables no maintenace on the unit.
The GS vacuum pump is designed to be quiet and provide cool operation, despite being oil-less. They are known for their long vane life. They are direct drive pumps which require only minimal maintenance. They include discharge silencers, inlet filters and vacuum regulators.
TECHNICAL FEATURES:
Model Saturno
GEV's Saturno series is an Oilless Dry Screw Type Vacuum Pump that requires no oil lubircation and is air cooled. This enables very little maintenace on the unit.
Dry screw vacuum pumps operate with two screw rotors rotating in opposite directions. This traps the medium to be pumped between the cylinder and the screw chambers and transports it to the gas discharge. The advanced screw design results in lower electric energy consumption compared to standard screw designs. It also results in a lower heat load of the compressed gas.
TECHNICAL FEATURES: