Used TEL / TOKYO ELECTRON P-8i #293610619 for sale

Manufacturer
TEL / TOKYO ELECTRON
Model
P-8i
ID: 293610619
Vintage: 2000
Wafer prober 2000 vintage.
TEL / TOKYO ELECTRON P-8i is a prober designed to improve the quality of wafer electrical testing by providing precise probe contact and accelerating test throughput. The prober enables high throughput at its highest level of accuracy and stability. TEL P8I is equipped with TEL proprietary vacuum terminal technology, allowing it to achieve extremely tight specification of contact pressure required for high-accuracy wafer probing. With advanced driving, guiding, and controlling technology, TOKYO ELECTRON P 8 I is able to perform a precise and reliable contact during the probing process. P8I is a highly optimized, versatile prober that is ideally suited for a wide range of semiconductor testing applications, from small-scale, low-volume production to high-volume mass production. TOKYO ELECTRON P8I features high repeatability and excellent displacement accuracy, enabling the probing of all test sites on a wafer at up to 3000 sites/sec. With its outstanding mechanical stability, TEL P-8i can also be used for sophisticated testing applications, such as opto-electronic wafer measurements. Another advanced feature of TEL P 8 I is its programmable control mode, which allows customers to rapidly and automatically probe various die sites on the same wafer. This improves the throughput and reduces operation time significantly. TOKYO ELECTRON P-8i also comes with an adjustable spindle lift system, which minimizes contact force variability and enables wafer probing in extremely small geometries. In summary, P-8i is a highly advanced prober that is well-suited for a diverse range of wafer testing applications. With its precision and repeatability, it provides excellent throughput and accuracy, as well as superior mechanical stability. Additionally, TEL / TOKYO ELECTRON P 8 I is equipped with a programmable control system and an adjustable spindle lift system that further increase its operation efficiency and improve its overall performance.
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