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Let’s Talk About Vacuum Pumps A vacuum pump is a device that moves air into and out of a specific object, as in removing gas molecules from an area leaving a partial vacuum and removal of water from one area to another like what a basement sump pump does. Vacuum pumps are being used to produce electric lamps and vacuum tubes in an industrial setting, and also in processing semiconductors. There are many classifications of vacuum pumps, depending on their uses and complex processes. However, we can categorize vacuum pumps into transfer pumps and entrapment or trapping pumps. Like a turbo molecular pump, transfer pumps utilize momentum in accelerating gas from the vacuum side to the exhaust side. Entrapment pumps are used to trap molecules within a confined space such as cryopumps used to trap liquefied gas molecules into cold traps, and ion pumps using ionized gas which are magnetically confined ion pumps. Indeed, vacuum pumps are used in different industries and are continue to expand in scope and usage. Vacuum pumps are also classified into mechanical pumps and compressed-air vacuum pumps. Compressed-air pumps work on pressure differentials for creating a vacuum. Mechanical vacuum pumps have electrical motors as power source, but it can also alternatively rely on an internal combustion engine, drawing air from a closed volume, releasing it to the atmosphere. Vacuum pumps have different types basing on their usage such as rebuilt vacuum pumps, aircraft vacuum pumps, dry, oil and oil-free vacuum pumps, rotary vane vacuum pumps, vacuum and compressor combined pumps, refrigeration and HVAC vacuum pumps and printing system, vacuum pumps. Vacuum pumps have a wide range of uses which include composite plastic molding, semiconductor processing and medical processing. Ion implantation, CVD deposition and dry etch are just some few examples of vacuum pumps used for semiconductor processing. Medical applications may include radiopharmacy, radiosurgery and radiotherapy. Sometime a single application requires more than one vacuum pump, combined in operational procedures and chambers. Positive displacement pumps are used to create partial vacuum, and also used in transporting gas load from an inlet port to an outlet or exhaust port. This is a type of pump which creates low vacuum because of its mechanical limitations. For creating higher vacuum, other techniques are used usually in series. Some examples include oil sealed rotary vane pump, dry scroll pump backing up a turbo molecular pump and a diffusion pump. A vacuum pump can be beneficial for an engine that produces a significant amount of air or gas because of its high performance, through adding horsepower and increasing the engine’s lifespan. Negative pressure reverses problems as a result of increased pressure in the pan, pushing oil entered in the air passed the rings on the intake’s valve guides and stroke.Practical and Helpful Tips: Motors

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