Used TEL / TOKYO ELECTRON P-8 #9228131 for sale

TEL / TOKYO ELECTRON P-8 is a prober developed by the company TEL, which offers a range of probers designed to measure material characteristics in the semiconductor industry. It is a multi-site prober that can simultaneously handle up to 8 probes, allowing quick and accurate measurements of material properties in many materials. TEL P8 prober uses advanced force control technology, allowing it to operate with very high accuracy. It is designed specifically for probing small, delicate samples, and is capable of imaging at very high resolution. Additionally, TOKYO ELECTRON P 8 prober is equipped with a microscope, which allows the user to magnify their samples and see the surface features and defects in detail. TOKYO ELECTRON P-8 is also designed to handle high speed probing, allowing it to quickly and accurately measure material characteristics at high speeds. Additionally, TEL P 8 is equipped with a high precision optical system, allowing it to accurately measure material properties at various angles. P-8 also includes a computer-controlled measurement interface, allowing the user to quickly program and control the prober in an efficient and convenient way. This interface can be used to program various scenarios, such as measuring multiple material characteristics in the same sample, or measuring simultaneous materials over a range of samples. Additionally, the user can customize their measurement parameters through the interface, allowing for accurate and efficient characterization of a wide range of materials. TEL / TOKYO ELECTRON P 8 also offers a reliable and consistent calibration process, ensuring that the measurement values produced are correct and accurate. Overall, P8 is a reliable, efficient and accurate prober that is designed to measure a wide range of material properties. It is equipped with advanced force control and a high definition optical system that allows for precise and accurate measurement of material characteristics in many materials. The computer-controlled measurement interface makes programming and controlling the prober easy and convenient, and the reliable and consistent calibration process ensures that the measurement values produced are accurate.