Used ELECTROGLAS 4080 #154441 for sale

ELECTROGLAS 4080 is an advanced prober used by semiconductor engineers to measure various characteristics of semiconductor devices. The prober is designed to measure a range of electrical parameters such as resistance, capacitance, voltage, current, and frequency. It is used in fabrication and device testing processes across a range of industries. 4080 is a precision prober made by the TEAM Group, a leader in the semiconductor industry. It utilizes a sophisticated design of manipulators and probes to accurately measure the electrical parameters of device being tested. It has a number of features that make it an attractive choice for most semiconductor engineers, such as its high speed of operation and its high accuracy. ELECTROGLAS 4080 is a cost-effective tool that enables semiconductor engineers to quickly and accurately measure a range of electrical parameters. It is a fully automated prober, meaning that the entire measuring process can be completed without manual input from the user. This makes it a popular choice for those in charge of device QA testing, as it significantly reduces the time required to complete the same tests manually. The prober is equipped with automatic probe tips, which minimize the risks of short-circuits and other forms of electrical failures due to incorrect wiring. It also features temperature control technology that allows for testing of devices operating at higher temperatures. These features ensure that the device performs reliably and accurately in a range of conditions. 4080 is a modular system that can be customised to meet the needs of specific applications. It has a number of options and upgrades available, such as an ESD-safe kit, power meters, and noise analysis gear. This makes it possible to tailor the system to suit the requirements of a particular user, such as by adding additional hardware or software. Overall, ELECTROGLAS 4080 is an advanced and highly reliable prober that is used by engineers in a range of industries to measure electrical parameters quickly and accurately. It is an ideal choice for both testing and fabrication purposes, as it reduces the risk of failure due to incorrect wiring and ensures that the device operates reliably in a range of conditions. Furthermore, its modular design allows for customisation according to the needs of specific users.