Used ADVANCED INSTRUMENT TECHNOLOGY / AIT CMT-SR2000N #9231933 for sale

ADVANCED INSTRUMENT TECHNOLOGY / AIT CMT-SR2000N is a highly advanced prober designed to perform extremely accurate and reliable semiconductor wafer testing. It uses an ultra-precise Stepper Motor to precisely control the position of the probe and its test head. It is able to accurately monitor and adjust the position of the probe head, allowing for efficient and precise wafer testing. AIT CMT-SR2000N Prober is an advanced engineering and scientific instrument, designed with a variety of features that provide supreme accuracy and reliability while testing wafers. The prober has a maximum step size of 1 micron, allowing for extremely accurate fine-tuning of the probe position. It also uses advanced sealing technology to ensure that the integrity of the wafer is maintained during testing, and the protection system prevents damage from static electricity. ADVANCED INSTRUMENT TECHNOLOGY CMT-SR2000N Prober has a comprehensive range of test options available, including contact angles, capacitance, resistance, and leakage current measurements. It is also capable of performing comprehensive parametric tests, which are designed to measure the electrical characteristics of semiconductor wafers. Additionally, the prober has a built-in data logging and reporting system, allowing for the timely extraction and storage of test results. The Prober is also equipped with a variety of safety features, ensuring that improper use is prevented, as well as protecting users from any possible hazards. It is also capable of automatically detecting any faulty probes, and the temperature controllers ensure that the prober is not exposed to temperatures which could cause possible damage. Overall, CMT-SR2000N is an extremely advanced prober, designed to perform precise and reliable testing of any given wafer. Its design is equipped with a variety of features which provide high levels of accuracy and safety, while providing users with a comprehensive range of test options.