Used ELECTROGLAS / EG 2001CX #9246360 for sale

ELECTROGLAS / EG 2001CX is a prober specifically designed to analyze the electrical performance of computer chips. This versatile platform is capable of performing multiple testing and troubleshooting processes which can be used to accurately inspect and verify the electrical performance of the chip and its components. The prober features a full-face, hexagonal chuck which can be rotated to create an ideal alignment for the applications under test. The chuck also has a vacuum system which can be used to securely hold the device in place during the testing process. The user can rotate the chuck for a full 360 degrees, making it possible to test different parts of a computer chip. The system is compatible with a variety of automated accessories such as wafers and carriers, ranging from small to large die sizes. The changeover process is quick and easy, allowing the user to quickly switch between the numerous test applications offered by EG 2001CX. This prober has a dual XY axis stage that helps the user to maintain precise repeatability of the probing results, allowing for accuracy in testing a variety of chips. The stage also features a step and repeat function which allows the user to easily repeat experiments at the same device location. Provision is available for the wafer alignment so the user can align the computer chip with accuracy. The user interface of ELECTROGLAS 2001 CX is designed with ease-of-use in mind. The large LCD screen and simple button layout make the controlling of the prober a breeze. The operator console also contains a variety of menu options to help the user navigate menu items and monitor the results of the testing process. 2001CX prober provides fast and reliable results when it comes to testing and inspecting computer chips. It is an ideal tool for Quick Test Development, Failure Analysis, and In-Circuit Test functions. It has been designed with the highest quality components to ensure that it can deliver optimal results and accuracy in every application.