Used CASCADE MICROTECH / ALESSI REL 6100 #9235782 for sale

CASCADE MICROTECH / ALESSI REL 6100 prober is a high-performance, multi-user, multi-axis sub-micron resolution wafer prober designed to test high-density, high-speed semiconductor devices. It combines advanced design, embedded automation, and motion control technology to provide precise wafer testing and alignment for ultra-high-speed probing applications. ALESSI REL-6100 prober has a maximum speed of 5,000mm/s2 and a positioning resolution of 0.00025 mm. The equipment is capable of testing up to eight point-to-point map sites, with up to seven simultaneous X and Y axes. It uses a four-axis motion control system, consisting of a linear X-axis, Z-axis, and two rotational axes, for precise alignment of test points. It also includes a high-speed optical probing module, which offers excellent signal integrity. The user interface for the prober is easy to use and intuitive. It includes a comprehensive set of probing software tools as well as integrated diagnostic features, such as auto-stop, auto-start, drift compensation, and other technologies for optimized performance. There are a variety of customization settings and options available to suit the user's specific requirements. CASCADE MICROTECH REL 6100 prober also incorporates a high-voltage circuit protection unit to ensure user safety. The prober is equipped with a range of safety features, such as ESD protection, built-in current protection, and adjustable guard points. It also has a power and temperature control machine which ensures precise wafer testing and alignment under a wide range of environmental conditions. REL-6100 prober is a reliable and accurate tool that can provide the highest performance in critical wafer testing applications. It is ideal for high-speed, high-density device testing, as well as ESA, nano-scale, and ultra-high-density probing. With its exceptional combination of design, automation, and motion control technologies, ALESSI REL 6100 prober delivers superior performance and reliability.