Used ELECTROGLAS / EG 4090u+ #293755202 for sale

ELECTROGLAS / EG 4090u+ is an advanced prober system designed to serve the growing need for accurate and reliable probing in the microtechnology industry. It is a precision, direct-drive, single pass prober with a pivoting arm that can access components located at any angle. EG 4090 U+ is capable of probing a wide range of components including: flip chips, leaded parts, thick film hybrids, SMD's, MEMS devices, CSP's, MCM's, PICs, and SOICs. Additionally, it can also perform wafer testing, multi-layer probing, and screening tests. To ensure maximum accuracy, ELECTROGLAS EG4090U+ features powerful hardware and sophisticated software. From a hardware point of view, the prober has a high-resolution contact detection system and advanced algorithms that constantly monitor movements in order to detect even the slightest changes or discrepancies. On the software side of things, the functionality of the prober can be increased with various optional packages such as Parametric Analysis, Compact Modeling, Adaptive Test Selection, and Pattern Matching. The approximate x-axis travel of ELECTROGLAS / EG EG4090U+ is 690 mm, while the y-axis travel is 400 mm. In addition, the prober supports a maximum part size of 250 x 250 mm, a maximum prober plate size of 405 x 405 mm, and a maximum wafer size of 300 mm. It also supports a minimum pad size of 500 µm, a minimum gap between pad sizes of 50 µm, and a maximum wafer thickness of 2 mm. ELECTROGLAS 4090u+ is an extremely durable and dependable prober, thanks to its robust construction and internal backlash compensation. It has been designed to provide reliable performance even in challenging environmental conditions, such asTemperature/Humidity range (10°C - 45°C/45-85%, humidity non-condensing) and Medium temperature range (7°C - 40°C). Furthermore, it is also accompanied by a one-year warranty which further increases user confidence. Overall, EG 4090u+ can provide users with superior accuracy and exceptional reliability even in challenging environments. With its state-of-the-art hardware and software features, the prober is capable of meeting even the toughest of microtechnology industry challenges.