Product Selection Guide

Introduction Selecting the right vacuum gauge for your specific application is one of the highest-ROI decisions you can make in vacuum system design. The correct instrument delivers stable, repeatable pressure data that improves yield, reduces scrap, shortens pump-down times, and minimizes maintenance. The wrong choice leads to range gaps, signal noise, calibration drift, or safety […]

Introduction Laboratory vacuum systems demand instruments that are precise, compact, easy to integrate, and cost-effective. Whether you are running surface-science experiments, operating an analytical mass spectrometer, performing thin-film deposition in a research coater, or calibrating vacuum standards, the right gauge selection directly affects data quality, experiment repeatability, and lab throughput. Over-specifying a gauge wastes budget;

Introduction Vacuum gauges are the eyes of any vacuum system. Selecting the wrong sensor can lead to inaccurate process control, extended pump-down times, or premature equipment failure. Two of the most widely used technologies—Pirani thermal conductivity gauges and cold cathode ionization gauges—cover the majority of industrial high-vacuum applications from 10−3 Torr down to 10−7 Torr.