Vane & Rotary Pumps

Vane and rotary pumps are essential for creating precise vacuum conditions in laboratory settings. These pumps support accurate vacuum generation with key specifications like pumping speeds ranging from 7 CFM to 53.7 CFM, ensuring reliable and consistent performance.

  2. EDWARDS ROTARY VANE MECHANICAL VACUUM PUMP 56.5 CFM

    Rotary Vane Pumps

    EDWARDS ROTARY VANE MECHANICAL VACUUM PUMP 56.5 CFM

    Two Stage Mechanical Vacuum Pump

    Pumping speed and ultimate pressure are based on 60 Hz operation.

    Edwards E2M80

  3. EDWARDS DRY SCROLL VACUUM PUMP 21.2 CFM

    Rotary Vane Pumps

    EDWARDS DRY SCROLL VACUUM PUMP 21.2 CFM

    Dry Scroll Vacuum Pump  Pump will have a standard rebuild once sold; lead-time: 2 to 4 weeks ARO

     

  4. ALCATEL ROTARY VANE VACUUM PUMP 7 CFM

    Rotary Vane Pumps

    ALCATEL ROTARY VANE VACUUM PUMP 7 CFM

    Two Stage Rotary Vacuum Vacuum Pump Pumping speed and ultimate pressure are based on 60 Hz operation.

  8. LEYBOLD ROTARY VANE VACUUM PUMP 20.9 CFM

    Rotary Vane Pumps

    LEYBOLD ROTARY VANE VACUUM PUMP 20.9 CFM

    Two Stage Rotary Vane Vacuum Pump

    Pumping speed and ultimate pressure are based on 60 Hz operation.

  9. LEYBOLD OERLIKON ROTARY VANE PUMP 32.5 CFM

    Rotary Vane Pumps

    LEYBOLD OERLIKON ROTARY VANE PUMP 32.5 CFM

    Two Stage Rotary Vane Vacuum Pump 

    Pumping speed and ultimate pressure are based on 60 Hz operation.

  10. EDWARDS DRY VACUUM PUMP 64.6 CFM

    Rotary Vane Pumps

    EDWARDS DRY VACUUM PUMP 64.6 CFM

    Dry Vacuum Pump With Q-Series Controller

    Edwards QDP80

    Make: Edwards

    Model: QDP80 w/ Q-Series Controller

    1 unit @ Best Price

    Scotia, NY US

    Item 76147

  11. LEYBOLD OERLIKON ROTARY VANE VACUUM PUMP 32.5 CFM

    Rotary Vane Pumps

    LEYBOLD OERLIKON ROTARY VANE VACUUM PUMP 32.5 CFM

    Two Stage Rotary Vacuum Pump 

    Pumping speed and ultimate pressure are based on 60 Hz operation.

  12. LEYBOLD OERLIKON ROTARY VANE MECHANICAL VACUUM PUMP 20.9 CFM

    Rotary Vane Pumps

    LEYBOLD OERLIKON ROTARY VANE MECHANICAL VACUUM PUMP 20.9 CFM

    Two Stage Rotary Vane Vacuum Pump  Pumping speed and ultimate pressure are based on 60 Hz operation.

Common Applications

Laboratory vacuum systems

Research applications

Industrial vacuum generation

Vacuum-assisted processes

Analytical instrumentation

General vacuum applications

Buying Guide

Vane & Rotary Pumps Buying Guide

When selecting a vane or rotary pump, consider the specific vacuum level requirements of your application. These pumps offer varying pumping speeds to accommodate lab needs.

Evaluate technical specifications carefully to ensure compatibility with your existing systems and processes. Understanding the material compatibility and the maintenance requirements of the pump is also crucial.

  • Verify the required pumping speed and ensure it matches your application needs.
  • Check for compatibility with the chemicals or gases involved in your processes.
  • Consider the maintenance schedule and cost for long-term operation efficiency.
  • Ensure the pump's power requirements and available connections fit your laboratory setup.

Frequently Asked Questions

What is the pumping speed range of vane and rotary pumps?
Vane and rotary pumps in this category typically have pumping speeds ranging from 7 CFM to 53.7 CFM, suitable for various laboratory vacuum applications.
Which brands are known for vane and rotary pumps?
Recognized brands for vane and rotary pumps include Leybold and Alcatel, offering reliable mechanical performance for laboratory settings.
How do rotary vane pumps create vacuum?
Rotary vane pumps create vacuum by using rotating vanes inside a sealed chamber, which reduces the chamber volume and expels air, achieving the desired vacuum level.
Are these pumps suitable for high vacuum applications?
These pumps are designed for laboratory vacuum applications and can provide sufficient low to mid-range vacuum levels, but may not reach ultra-high vacuum levels required for specialized applications.