Used CASCADE MICROTECH / ALESSI CM 300 #293809197 for sale

CASCADE MICROTECH / ALESSI CM 300 is an advanced automatic prober designed for use in semiconductor testing, wafer probing and electrical probing applications. ALESSI CM 300 prober features a self-aligned, inflatable chuck that holds and secures the probe cards for accurate and reliable probing operations. The self-alignment process ensures that the probes on the Probe Card are precisely aligned with the integrated circuit's terminals. Its fully automated design allows for easy setup and calibration, as well as a simplified operating procedure. CASCADE MICROTECH CM 300 has a probe rate of up to 2500 probe points per second and an image resolution of 4.2 μm x 4.2 μm or better. It can accommodate up to twelve types of probe cards ranging in currently available sizes from 76 mm up to 212 mm. It also has an optional fixture accommodating up to 16 × 256 mm and 4 × 6 inches substrate sizes. Its Stage Mount Table enables it to work with up to 6 test handlers with precision in X-Y-Z axes and Theta rotation. The prober is also equipped with multiple temperature control capabilities, including a heated chuck option for accurate stiction measurement results. It is encased in a secure cabinet to make sure that probes remain secured during the prober's operation. CM 300 also utilizes a touchscreen that allows for easy and intuitive control of the system's features. CASCADE MICROTECH / ALESSI CM 300 is programmed with high dispense software, which provides reliable testing with repeatable accuracy. It provides quick test cycles and simplified preventive maintenance, and it's designed for easy maintenance and calibration. Its two-axis prober card manipulation system allows for complete movement and rotation of the electronic devices and it also has an AutoFlux Dispenser, allowing for automated dispensing of fluxes, adhesives, and other liquids. ALESSI CM 300 is reliable and efficient for use in a variety of applications. Its programmable feature, large substrate size capacity, high-accuracy imaging, and advanced temperature control capabilities make it a powerful tool for testing and probing.