Oil Free Scroll Vacuum Pumps
Oil-Free Scroll Vacuum Pumps are created powerful so that they do not pollute air quality and have minimum maintenance. Oil-Free Scroll Vacuum Pumps have low vibration units keeping a minimum amount of disturbances to the built-in thermal protector that shuts off the pump automatically when it gets overheated and then restarts again after the inlet filter is cooled down. Oil-Free Scroll Vacuum Pumps are completely oil-free as the name says itself, which has a broad range of applications in many industries. It is quite good in working for processes like electron beam melting and surface analysis. It is also suitable to back up the pump for turbomolecular systems. Oil-Free Scroll Vacuum Pumps are very much ideal for high energy applications with backing high vacuum.
FAQ's
Why should you consider using an oil-free vacuum pump? In terms of total energy efficiency, oil-free vacuum systems save a lot of money. When paired with a variable speed motor, oil-free vacuum pumps can save up to 50% more energy in some applications than their oil-lubricated counterparts. Most oil-free technologies are VSD compliant, allowing for greater process accuracy from the pump and, as a result, lower energy consumption.
What are all the applications for the Oil-Free Scroll Vacuum Pumps? The applications for the Oil-Free Scroll Vacuum Pumps are Coating, Semiconductor technology, Leak detection, Accelerators, Mass spectrometry, Laboratories, Gas recovery, Vacuum drying, etc.
What are the advantages of Oil-Free Scroll Vacuum Pumps? Oil-Free Scroll Vacuum Pumps has no mechanical pump directly connected to the suction which makes it easy to seal and achieve high vacuum. Oil-Free Scroll Vacuum Pumps generally created less pollution and vibration. Oil-Free Scroll Vacuum Pumps reduces the manufacturing and operating costs and maintenance costs as well.
How does a Oil Free Scroll Vacuum Pump work? An Oil-Free Scroll Vacuum Pump uses two interleaved Archimedean spiral scrolls to pump, compressor pressurizes fluids or Oil. One of the scrolls is fixed, while the other orbits eccentrically without rotating, thereby trapping pockets of gas molecules between the scrolls.