- Accessories
Accessories
- Vacuum Oil
Vacuum Oil
- Ultragrade Performance Vacuum Oil
- Spares
- Instrumentation
Instrumentation
- AIM200 series
- APG200 series
- Barocel series
- WRG200 series
- Gloveboxes
Gloveboxes
- Vigor gloveboxes
Vigor gloveboxes
- Cleanroom gloveboxes
- Standard gloveboxes
- Pumps
Pumps
- Diffusion pumps
Diffusion pumps
- Diffstak series
- nHT series
- Semiconductor pumps
Semiconductor pumps
- iXH series
- iXL series
- iXM series
- Multiroots vacuum pumps
Multiroots vacuum pumps
- nXR series
- Industrial pumps
Industrial pumps
- Atex series
- Dry pumps
- GXS series
- Industrial series
- UHV pumps
UHV pumps
- Digital controller
- HyTan
- IGP
- NEG
- TSP
- Cryo pumps
Cryo pumps
- Compressors
- Cryotorr
- OnBoard
- Waterpumps
- Diaphragm pumps
Diaphragm pumps
- Atex series
- D-lab series
- LVS series
- MPC series
- RV vacuum pumps
RV vacuum pumps
- RV series
- EM Vacuum pumps
EM Vacuum pumps
- E2M series
- nXDS scroll pumps
nXDS scroll pumps
- nXDS series
- XDS series
- Turbopumps
Turbopumps
- nEXT series
- STPiS series
- STPiX series
- Maintenance
- Documentation
Acclon is the place to go
Looking for an EM vacuum pump?
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Superior performance
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Proven reliability for peace of mind
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Flexible solutions
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Ease of use
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Extended lifetime and low cost of ownership
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Large variety of standard variants
What are EM vacuum pumps?
EM vacuum pumps are a type of vacuum pump used in a wide range of industrial and scientific applications. They are known for their high reliability and efficiency, as well as their versatility and ease of use. In this article, we will dive deeper into EM pumps, their operation, applications, and maintenance.
EM vacuum pumps operate using a rotary vane housed within a cylindrical casing. The vane is driven by a motor and creates a vacuum by drawing air or gas out of the casing. This process is repeated continuously, gradually lowering the pressure inside the casing until the desired vacuum level is achieved.
What are the advantages of EM vacuum pumps?
EM vacuum pumps offer several advantages over other types of vacuum pumps. They are highly efficient at creating a vacuum using a rotary vane that can quickly and effectively remove air or gas from the casing. This results in rapid vacuum creation and reduced pumping time.
Additionally, EM pumps are known for their high reliability and long lifespan. They are designed with few moving parts, reducing the likelihood of breakdowns and failures. This makes them ideal for applications where reliability is crucial.
Applications
EM vacuum pumps are available in various configurations, including dry and oil-injected versions. Dry EM vacuum pumps are designed to operate without oil, making them ideal for applications where contamination of the process environment is not permitted. Oil-injected EM vacuum pumps, on the other hand, use oil for sealing and cooling and are suitable for applications requiring high vacuum pressures.
EM pumps are used in a wide range of applications, including semiconductor manufacturing, food and beverage processing, product packaging, pharmaceutical production, and many others. Their ability to create reliable and efficient vacuums makes them ideal for applications where high vacuum pressures are required, and where consistency and reliability are critical.
For example, in semiconductor manufacturing, EM vacuum pumps are used to create vacuum conditions necessary to prevent particles and dust from interfering with production. In the food and beverage processing industry, EM vacuum pumps are used to create vacuum packaging, extending product shelf life and preventing spoilage.