Semiconductor Manufacturing

May 24, 2019

The semiconductor chip manufacturing industry includes several processes during a fabrication of the integrated circuits to be used in electronics. As such, many of these processes are complex and sensitive. Setra offers pressure management solutions capable of handling a wide range of responsibilities and solving the complicated tasks of stable semiconductor manufacturing. The semiconductor manufacturing industry relies on their suppliers or business partners to help provide precise delivery of pressure and vacuum management solutions.

Semiconductor ManufacturingIn critical applications such as laser interferometers and load-lock management and control, stability and reliability are two of the most important features of a sensor for semiconductor manufacturing. Highly accurate and reliable sensors are paramount for pressure management of in situ processes, UHP gas delivery systems, or leak detection. Pressure sensors can be found throughout the Gas Delivery System, from distribution of the bulk gasses and specialty gases to the process tool, where submicron fabrication of semiconductor integrated circuits takes place.

Helping to control the semiconductor manufacturing process during the wafer fabrication are industrial vacuum sensors or vacuum manometers. In addition to measuring extremely small vacuum-pressure ranges, vacuum sensors help make the manufacturing process of semiconductors cleaner and more efficient. To address concerns common in the semiconductor industry, Setra's vacuum-pressure sensors are calibrated tightly using a percent-of-reading accuracy and pressure ranges from 1 torr up to 1,000 torr with many configurable options. Applications for industries with vacuum sensors in the semiconductor manufacturing industry include:Semiconductor Gas Stick

  • Silicon-wafer manufacturing
  • Etching processes 
  • General thin film
  • Vacuum furnace
  • LED sapphire


This is the third post in a series about environments for Setra's products. To see the previous post in the series, click here. To see the next post in the series, click here.