Used ELECTROGLAS / EG 4090 #293632433 for sale

ELECTROGLAS / EG 4090 is a prober, specifically an automatic wafer prober, which is used in wafer testing and metrology applications. It is a fully automated equipment that can be used for probing and testing a variety of wafer substrates, including silicon, silicon-on-insulator, and sapphire. It has a large working area, allowing for precise probing, inspection, and measurement of large wafers up to 200mm in diameter. It has a high speed and accurate positioning system, making it one of the most reliable and precise probers on the market. EG 4090 features an industry standard wafer handling unit, including wafer fixtures, chuck, and probes. It has a precision temperature control machine, allowing precise temperature control over the entire prober tool. ELECTROGLAS EG4090 has a high-resolution video camera, allowing for users to inspect and analyze their results in real-time. It also has advanced algorithms for wafer hole locating, wafer alignment, and wafer mapping. EG EG4090 provides high accuracy and speed during probing operations, with a maximum vertical clearance of 21mm, a minimum pitch of 10µm, and a pulse speed of 15 HZ. It also has multiple probe card adaptors for a variety of applications. It can be used for outside testing applications, as it has a laser bar-code reader for non-contact substrate identification, as well as a high-speed camera for alignment purposes. ELECTROGLAS / EG EG4090 has a modular design and is a self-calibrating asset. This model comes with software that allows for programming and operation from a computer or tablet. In addition, ELECTROGLAS 4090 can be used in vacuum environments, with a wide range of accessories for cryogenic and atmospheric tests. Overall, EG4090 is one of the most reliable and precise probers on the market, which makes it an ideal choice for a variety of probing and testing applications. It is an automated equipment which ensures accuracy and efficiency, and it has a modular design and software to ensure ease of operation.