Used ELECTROGLAS / EG 2001X #9282303 for sale

Manufacturer
ELECTROGLAS / EG
Model
2001X
ID: 9282303
Prober.
ELECTROGLAS / EG 2001X is a top of the line prober designed for high-reliability and failure-analysis applications. The equipment is engineered for extremely fast probing times, repeatable accuracy and total system performance. It has high speed probing capability and excellent thermal and mechanical stability for for reliable probing of tight tolerance devices. EG 2001 X is equipped with large linear motors and precision motion control systems for fast and accurate motion. It uses a combination of high-resolution piezo stages for precise scanner motion and a high-accuracy mechanical stage for contact point control. This makes ELECTROGLAS EG2001X suitable for a range of probing tasks from flat wafer to 3D macro-electronic devices. It also features an easy to use graphical user interface (GUI) which simplifies the setup, management and operation of the prober. 2001X also includes a range of advanced sensor performance metrics, including dynamic probing frequency and accuracy, current monitoring during probing and fault detections. This helps to ensure a level of performance and accuracy that is critical for defect analysis and yield improvement. The prober also provides a host of automated functionality to ensure rapid setup, accurate and repeatable measurements, and fast probing. This includes automated optical alignment, camera verification, registration and fixed contact point adjustments, as well as a variety of probe tip types. In addition, ELECTROGLAS / EG EG2001X includes built-in capabilities for customizing the unit to suit particular needs. This includes additional sensors such as metrology sensors and probe tip recognition, as well as custom engineering solutions. 2001 X is a powerful prober that is suitable for a variety of applications and can provide reliable probing in environments with high-reliability and failure-analysis requirements. The machine provides fast, accurate and repeatable measurements that result in fewer defects and improved yield.
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