Used LTX-CREDENCE Ruby I #9164775 for sale

LTX-CREDENCE Ruby I is a computer numerical control (CNC) prober designed to measure the dimensions of various materials, such as semiconductor devices, circuit boards and metal parts. It is capable of performing a range of measurement tasks and can be accessed through a user interface. This interface allows users to set up the prober and create the necessary programs for a specific measurement task. The equipment is also capable of carrying out basic surface measurements. Ruby I has a range of capabilities to support measurement tasks. The prober has an optical microscope with a range of magnification from 20x to 140x. It has an automated focus system for accurate and repeatable measurements. The prober also features a 600MHz real-time processor, allowing it to take measurements quickly and accurately. The prober has a set of special tools to accurately measure small pieces of material. The probe features four contact probes with a range of tips, a micro force sensing microscope and a non-contact optical profilometer. This combination of tools ensures that measurements are accurate and reproducible. The prober is easy to use, and requires minimal user training. It features an easy to use graphical user interface, allowing users to easily set up the prober and create programs for the measurement tasks. The unit is also capable of running pre-defined measurements tasks automatically, allowing users to measure parts of various sizes without the need to manually adjust the settings. The machine has an automatic calibration tool to ensure that measurements are accurate and repeatable. It is capable of automatic correction for sample misalignment and offsets. The prober also features a range of safety features, including ESD protection and safety interlock. LTX-CREDENCE Ruby I is a versatile tool for the automated measurement of a range of materials. With elements such as the optical microscope and the range of precision probes, it provides accurate and repeatable measurements with minimal user effort.