Used TEL / TOKYO ELECTRON P-8 #293620442 for sale

Manufacturer
TEL / TOKYO ELECTRON
Model
P-8
ID: 293620442
Wafer Size: 8"
Vintage: 1995
Prober, 8" OS: Gzz00-R014.08QH CPU Type: VIP3A Hot gold chuck Vacuum: ≤-50 kPa Main air / Vac hose size: 6Ø Top loader Bernoulli and pad sub chuck Chuck air blower Solenoid block Control board OCR COGNEX insight 1700 Air pressure: 0.45 MPa - 0.7 MPa SCSIHSD: 70-80% Increased speed Memory: 8G / 16G SD Card SCSI Interface Power: 5V DC Power supply: 200-240 V, 50-60 Hz, Single phase, 7.5 Amps 1995 vintage.
TEL / TOKYO ELECTRON P-8 is a high precision automated prober used for making electrical contacts on the smooth surface of a substrate. It is mostly used in research and development tasks, such as testing and measuring metrology processes. This prober features a programmable direct drive servo-motor that can reach speeds of up to 400 Hz, providing quick and accurate response times. Additionally, its advanced microprocessor control system ensures high levels of accuracy and maintenance, enabling users to perform detailed contact tests in a controlled environment. The prober utilizes a range of probing heads that can be set in different angles and positions allowing for the most accurate probing. TEL P8 has a simple and intuitive graphical user interface, allowing operators to perform tasks quickly and accurately. Additionally, it allows users to carry out complex operations with ease. Furthermore, the onboard diagnostics system helps to analyze and identify any unexpected faults. TOKYO ELECTRON P 8 also consists of specialized software that allows users to customize the settings of the prober in order to meet their particular requirements. It can be programmed with a number of parameters that can be adjusted in order to make probing much quicker and easier, as well as reducing the potential for errors. TOKYO ELECTRON P8 is a reliable and efficient prober that offers excellent performance and cost-effectiveness. It is suitable for testing multiple contacts and its robust design ensures accuracy and reliability. Furthermore, this prober can be interfaced with other equipment and components, such as a scanner and a power supply, enabling users to create a complete and highly sophisticated automated contact test system.
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