Used TEL / TOKYO ELECTRON P-8XL #159131 for sale

TEL / TOKYO ELECTRON P-8XL prober is an advanced, high-precision prober designed for sample handling in semiconductor and other related industries. It is designed to provide accuracies in the range of sub-micron levels, enabling it to handle small, delicate, and precise samples with maximum efficiency. TEL P8XL has a fully automated, linear stage and wafer handling equipment which provides a high dynamic range of motion, allowing for precise wafer alignment and gentle handling. It is equipped with an auto-indexing system for the precise registration of multiple samples for parallel testing. The sample stage is also capable of fine-positioning with a resolution of up to 0.0005 mm. The prober is also equipped with an in-plane-rotation capability and a built-in motorized motorized tip adjuster, allowing it to handle complex sample geometries and ensuring sample integrity is maintained. TOKYO ELECTRON P8-XL is also capable of complementing surface-mount device testing, as well as providing data collection, via a memory card and printer ready interface. In terms of precision, TEL / TOKYO ELECTRON P-8 XL carries a Z-axis resolution of 5nm, enabling it to correctly identify defects in sub-millimeter scale components. This allows the identification of bowing, warps, or defects of any kind, considerably improving yield and quality control in the production process. The prober is also equipped with an inkjet wafer marking unit, allowing technicians to easily identify and catalog samples before and after testing. Additionally, TEL / TOKYO ELECTRON P8-XL carries a vision machine which allows operators to follow the exact test program for the sample. In summary, TEL P-8XL is an advanced, automated prober with sub-micron accuracy on a range of sample geometries and extreme Z-axis resolution. Its highly automated and precise controls, along with its in-plane rotation and wafer marking ability, provide it with the flexibility and accuracy to handle increasingly complex sample handling tasks. It is a reliable and efficient tool to significantly improve accuracy in the semiconductor industry.