Cryopumps

Cryopumps are devices used to achieve ultra-high vacuum conditions by capturing gases and vapors at cryogenic temperatures. They support precise measurement capabilities with flow rates as high as 9,000 L/s, ensuring highly efficient and traceable vacuum operations.

  1. CTI CRYOGENICS FREQUENCY CONVERTER

    Cryo Pump Controllers

    CTI CRYOGENICS FREQUENCY CONVERTER

    Frequency Converter New--Never Used

    Allows CTI-CRYOGENICS equipment to operate efficiently when connected to a supply voltage with a line frequency of 50Hz. The Frequency Converter is designed for use with CTI-CRYOGENICS 9600, 8200, 8510, 8500, and 1020R compressors, and On-Board and Cryo-Torr Cryopumps.

    CTI Cryogenics 8043202G004

  2. CTI CRYOGENICS CRYOPUMP 9,000 L/S

    Cryopumps

    CTI CRYOGENICS CRYOPUMP 9,000 L/S

    Cryopump

    Note: Pumps to be rebuilt once sold; inquire on lead-time.

  3. CTI CRYOGENICS REBUILT CRYOPUMP 4,000 L/S

    Cryopumps

    CTI CRYOGENICS REBUILT CRYOPUMP 4,000 L/S

    Rebuilt Cryopump with Temperature Sensor

    Pump to be rebuilt at the time of sale

  7. CTI CRYOGENICS CRYOPUMP ON-BOARD 4,000 L/S

    Cryopumps

    CTI CRYOGENICS CRYOPUMP ON-BOARD 4,000 L/S

    CTI Cryogenics Onboard 8F Cryogenic Vacuum Pump 8116024G001

  8. CTI CRYOGENICS CRYOPUMP ON-BOARD 1,100 L/S

    Cryopumps

    CTI CRYOGENICS CRYOPUMP ON-BOARD 1,100 L/S

    CTI Cryogenics On-Board 4F Cryogenic Vacuum Pump 8116033G001

Popular Manufacturers

CTI Cryogenics CVI Edward CTI Cryogenic Leybold

Common Applications

ultra-high vacuum applications

industrial vacuum systems

scientific research facilities

semiconductor manufacturing

space simulation chambers

advanced material processing

Buying Guide

Cryopumps Buying Guide

When selecting cryopumps, it is crucial to consider the specific requirements of your vacuum application. Ensuring compatibility with your system's operational specifications is essential for optimal performance.

Assess the flow rate capacity and match it with your vacuum needs to achieve efficient results. Carefully review the maintenance details to understand any downtime required for rebuilding or servicing.

  • Verify the flow rate specifications, which can reach up to 9,000 L/s.
  • Check the compatibility with existing vacuum systems, focusing on flange sizes and connections.
  • Consider the operational hours before a rebuild is necessary for optimal use.
  • Ensure the availability of replacement parts and services for long-term maintenance.

Frequently Asked Questions

What is the typical flow rate of cryopumps?
Cryopumps can achieve flow rates up to 9,000 L/s, making them suitable for ultra-high vacuum applications.
Which brands offer cryopumps in the marketplace?
Brands such as CTI Cryogenics and Leybold offer cryopumps in this marketplace.
What are the maintenance requirements for cryopumps?
Cryopumps require regular maintenance to ensure optimal performance, including possible rebuilding after certain operational hours as indicated in specific listings.
How do cryopumps achieve ultra-high vacuum conditions?
Cryopumps achieve ultra-high vacuum by cooling surfaces to cryogenic temperatures, which captures gases and vapors effectively.