Used TEL / TOKYO ELECTRON P-8XL #9178469 for sale

TEL / TOKYO ELECTRON P-8XL is a high-precision prober used for fine probing, analysis, and inspection in the semiconductor industries. It has a robust construction using comprehensive damping technologies, enabling it to produce accurate nanometer resolution through its scanning microscopes and wide range of probing capabilities. TEL P8XL can precisely measure samples with high accuracy and repeatability on the same site, making it an ideal tool for wafer probing. It has a maximum scanning speed of 10μm/sec and can measure samples up to 100mm in diameter. TOKYO ELECTRON P8-XL is equipped with optimized optics equipped with a variety of image guidance systems, such as line compensation, image correlation, and advanced illumination for improved image quality. It also provides automated alignment and imaging for quick, accurate mapping. In addition, it has a wafer recognition feature which can quickly identify the wafer type and size for optimal performance. With its high resolution and precision, TOKYO ELECTRON P 8 XL is suitable for extreme measurements and inspections. The integrated 3-axis scanning option allows for simultaneous XY-axis scanning and Z-axis scanning for advanced scanning capabilities. It can precisely analyze samples in all directions, such as on curved surfaces and between different layers of a device. P8-XL system also has several powerful features that simplify the process such as automated measurements, integrated data analysis, and various software options. Its user-friendly Windows based GUI makes controlling easy for inexperienced users, while allowing the manipulation of advanced functions for more experienced users. Moreover, it comes with a power failure protection system to protect against data and probe damage in the event of a power disruption. TEL / TOKYO ELECTRON P-8 XL prober has been designed to meet the unique needs of the semiconductor industries. Its features provide reliable results with superior accuracy, repeatability, and flexibility. By optimizing various parameters, it can help improve production yield and maximize resource efficiency.