Used TEL / TOKYO ELECTRON P-8XL #9167611 for sale

TEL / TOKYO ELECTRON P-8XL prober is a high-performance wafer probing station designed for ultra-precision probing. It integrates a long-travel XY stage with high accuracy and repeatability, a precision z-motorized stage, a scanning technique, and an advanced optics solution. The long-travel XY stage ensures that TEL P8XL can accurately probe locations on the wafer that other probers cannot due to its superior travel distances in both x and y directions. Its high accuracy and repeatability of 0.05 µm in the x-axis and 0.1 µm in the y-axis helps maintain high probing accuracy even in difficult conditions such as high frequency measurements. The precision z-motorized stage is responsible for creating an exceptionally soft touch with a wafer or die in order to minimize damage. The stage includes an elastic mount and requires no setting adjustments. It automatically compensates for the surface of the wafer or die for improved probing accuracy and flatness. The scanning technique employed by TOKYO ELECTRON P8-XL utilizes an advanced optics package featuring a trio of collectors and splitting optics. The package supports the different shapes of probes used for probing a wide range of wafers. TOKYO ELECTRON P 8 XL also uses probes with different shapes for difficult probing operations, such as shallow die probing, enabling greater success and accuracy. The integrated optics solution includes dynamic auto-focus and automated probe insertion distance simulation software, improving wafer quality and reducing probing time. Additionally, P-8XL uses an optional Hi-Q stabilization device to compensate for temperature drift and improve accuracy. Overall, TOKYO ELECTRON P8XL prober is a powerful tool for advanced and ultra-precision wafer probing, combining a long-travel XY stage, a precision z-motorized stage, an advanced optics package, Hi-Q stabilization, and various automated features. It is designed for remote or automated operation, allowing users to easily set up and manage operations for a smooth workflow.