Used TEL / TOKYO ELECTRON P-8 #9187686 for sale

TEL / TOKYO ELECTRON P-8 Prober is a high-accuracy wafer-probing/testing system that enables high-precision, highly automated wafer testing. TEL P8 Prober is ideal for semiconductor production processes, as it is capable of simultaneous probing of multiple sites on a single wafer, enabling it to be used for the development, prototype and production of multiple semiconductor products. TOKYO ELECTRON P 8 Prober incorporates a wafer stage with up to 5 μm precision, vacuum locking of the wafer to enable chuck-free handling, and 6-axis linear motor drive for high accuracy. It is also capable of delivering accurate test results with 10 μm accuracy, as well as being equipped with independent bias measurement capability for both high- and low-voltage characterization. P-8 Prober also features an automatic wafer recognition system and a vision-recognition system for auto-alignment of the wafers. The prober also supports a wide range of wafer sizes, with up to 200 mm wafer diameters and small-sized 2 inch wafer probing possible. TEL P-8 prober also offers sophisticated macro-programming capabilities, allowing for multiple program structures, opcode-based program writing and user macros. In addition, TEL P 8 Prober provides a scanning control option that allows users to obtain automatic and guide position-scanning capabilities. It also supports multiple probe modes, including dynamic, static and contact/non-contact probe modes. TEL / TOKYO ELECTRON P8 Prober offers wafer edge compensation, which ensures accuracy of the test results, and offers a 50 kHz measurement speed. It also incorporates a "swap chuck" function for quickly exchanging transport-chucks for different wafer sizes. P 8 Prober is the perfect solution for semiconductor-production processes. Its impressive combination of features and performance make it ideal for the production of semiconductor products. It is capable of quickly and accurately testing different wafers and delivering accurate test results, allowing users to improve their production processes and create reliable semiconductor products.