Used INFICON / LEYBOLD / OERLIKON Transpector 2 #9384434 for sale

INFICON / LEYBOLD / OERLIKON Transpector 2 is a residual gas analyzer designed for use in the semiconductor industry. INFICON Transpector 2 is a completely integrated, PC driven, benchtop analyzer that can measure trace amounts of residual gas in a vacuum chamber. LEYBOLD Transpector 2 can accurately measure trace elements, such as oxygen, nitrogen, hydrogen, and water vapor, in the range of parts-per-million (ppm) and parts-per-billion (ppb). The instrument features several innovative design features such as advanced air-to-gas mixing technology, precision temperature and humidity control, and an Ion Mobility Spectrometer (IMS). The IMS increases sensitivity by up to 25 times compared to the leading competitors. Transpector 2 represents a major leap forward in the state-of-the-art residual gas analysis technology. Its advanced air-to-gas mixing technology allows the instrument to monitor gases in a dynamic, real-time mode - enabling near-instantaneous identification of trace elements in process gases. Using its advanced temperature and humidity control technology, OERLIKON Transpector 2 can ensure precise, repeatable results. Furthermore, its IMS technology increases sensitivity, allowing users to quickly detect parts-per-billion (ppb) concentrations of important gases in the process chamber. One of the major advantages of INFICON / LEYBOLD / OERLIKON Transpector 2 is the versatile instrument electronics. The instrument's PC-driven gas monitoring system is an Open System architecture, making it ideal for integration with third-party systems, such as Flex Gas controllers. This allows users to get a real-time view of the process chamber gases. Furthermore, INFICON Transpector 2's analytical performance is further enhanced by its superior data acquisition and evaluation software. This advanced software package can store, display, and analyze trace element results from up to six gas channels. In summary, LEYBOLD Transpector 2 represents a major innovation in the world of residual gas analysis. Its advanced air-to-gas mixing technology, precision temperature and humidity control, and impressive IMS technology have firmly established the instrument as one of the most reliable, accurate, and repeatable trace element analyzers currently available. The instrument's open architecture electronics and sophisticated data acquisition and evaluation software further enhance its capabilities and ensure it is ready for rapid integration into today's vacuum process chambers.