Used CASCADE MICROTECH / ALESSI PA 200 BlueRay #293642423 for sale

CASCADE MICROTECH / ALESSI PA 200 BlueRay Prober is a self-contained machine for probing integrated circuits (ICs) at the single IC and multi-site levels. It features a self-centering chuck that can accommodate many common IC packages and sizes, from MLF and SOIC chips to custom-built IC chip carriers. The machine is equipped with a 200 mm Dia/160 mm High vibratome-style chuck that is actuated by an XYZ closed-loop stage that offers ultra-high accuracy and repeatability (±2 μm). The prober can accommodate up to 12 stages and is capable of delivering up to 500 μm/sec probing speeds with a minimum controllable resolution of 1 μm. Additionally, the BlueRay Prober can be configured with an integrated optical imaging director to provide superior speed and positional accuracy. In addition to fast and accurate probing capabilities, the BlueRay Prober offers an automated closed-loop process that enables consistent and repeatable quality results. The software includes various modes of operation, such as automated wafer map (for probing multiple sites within one shot) and/or single site probing. Additionally, the BlueRay Prober is equipped with a high-resolution CCD camera for visual verification of the results. The machine is constructed using top-of-the-line components that ensure maximum reliability and safety. This includes an idle-head mechanism to help prevent dynamic head damage, an LED illuminated working area for up to six probes, a local interlock system for the adjustable tip vibration, and a high-efficiency diaphragm pump system for efficient and quiet operation. The machine is designed to not produce ozone pollutants and comply with all applicable industrial and environmental regulations. Overall, ALESSI PA 200 BlueRay Prober provides superior test coverage, accuracy, and speed, while offering the confidence and repeatability of an advanced automated solution. The customizable and scalable design makes it easy to use in a variety of test environments and accommodate a variety of user requirements. By utilizing this state-of-the-art prober, manufacturers can confidently achieve global and advanced testing objectives.