Used LEYBOLD / INFICON Transpector #9150011 for sale

LEYBOLD / INFICON Transpector is a residual gas analyzer (RGA) that is used for the detection and measuring of particles and gases present in high vacuum environments. LEYBOLD Transpector is known for its highly accurate and reliable analytical performance. It is able to detect a variety of molecules and is the industry standard for monitoring of contamination levels in the High Vacuum Regime (<10-7 mbar). INFICON Transpector utilizes an electron or ion impact source to generate ionization, while also collecting the molecular ionization with a Faraday collector. This method of RGA allows for much greater sensitivity than conventional methods. Transpector features a range of selectable mass ranges from 12 - 200 amu with a mass resolution to 0.0001 amu, enabling the detection of a wide variety of both volatile and non-volatile species. Additional features allow for the easy and efficient integration of LEYBOLD / INFICON Transpector into existing systems. Its enclosed housing and anti-electromagnetic interference design make it highly reliable for use in industrial settings. In addition, the Transpectors warm-up time is quick, with a typical warm-up time of about 30 minutes. This efficient warm-up time also allows for the quick recovery of background species concentrations and results in maximized operability and accuracy. LEYBOLD Transpector is compatible with a variety of analysis and sampling accessories. This variety of analysis and sampling accessories allow a high degree of flexibility with large sample throughput in a wide range of applications, such as quality assurance, research and development, process control, and leakage diagnostics. Overall, INFICON Transpector offers fast and reliable RGA services, providing accurate and consistent results. Its state-of-the-art performance is a key feature of this highly efficient residual gas analyzer and its design allows it to easily integrate in any setting. It is a great choice for customers needing analysis and monitoring of particles and gases in the High Vacuum regime.