Vacuum & Pumping Equipment

Vacuum and pumping equipment are essential for maintaining controlled environments in semiconductor manufacturing. They ensure optimal performance and reliability by effectively managing pressure and gas flow.

  1. 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.

  11. 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

Popular Manufacturers

Leybold CTI Cryogenics Varian Alcatel Edwards Osaka Vacuum Balzers-Pfeiffer CVI Oerlikon Leybold Pfeiffer Vacuum

Common Applications

chip fabrication

wafer processing

chemical vapor deposition

physical vapor deposition

etching processes

plasma treatment

Buying Guide

Vacuum & Pumping Equipment Buying Considerations

  • Evaluate vacuum level requirements specific to each semiconductor process.
  • Consider pump speed and its impact on cycle time efficiency.
  • Check compatibility with existing system components, including chambers and lines.
  • Factor in maintenance schedules and the availability of service parts.
  • Assess energy consumption and operational cost-effectiveness for long-term savings.

Frequently Asked Questions

What types of vacuum pumps are used in semiconductor manufacturing?
Common types include dry pumps, turbomolecular pumps, and cryogenic pumps.
Why is vacuum equipment critical in semiconductor production?
It maintains the clean and controlled environment required for precise semiconductor fabrication.
What should I consider when selecting a vacuum pump?
Consider the required vacuum level, pump speed, maintenance needs, and compatibility with existing systems.
How do vacuum pumps support energy efficiency in semiconductor plants?
Advanced pumps reduce energy consumption by optimizing operation and decreasing downtime.