Used ELECTROGLAS / EG 4090u #9244448 for sale

ELECTROGLAS / EG 4090u is a prober designed for the testing of integrated circuits. The equipment is a high precision, high resolution and low cost solution for the evaluation of high density, multi-layer substrates. The prober features an XYZ precision stage, capable of precision placement and probing of diverse integrated circuit wafers. The system also includes an inline temperature and humidity control, which allows for accurate probing of small and complex devices. It also includes a universal Vacuum tilt chuck and optional liquid tension lowering unit (LTLS) to facilitate easier probing of samples. EG 4090u is compatible with most types of automated prober systems, such as automatic spraying devices, bevelers, probes, and automated positioning systems (AFT). It works with a variety of probe makers and can analyze a wide range of substrates. The machine features a proprietary multi-platen tool, which provides greater force and precision when probing the substrates. Additionally, the platen can be customized with a variety of sizes, shapes, and materials for greater accuracy. The air bearing slides provide high speed, precise probing and movement. ELECTROGLAS 4090 U is also equipped with a fault detection asset that allows the user to easily detect and diagnose any fault in the circuit. The model is also constructured with a self-cleaning mechanism which helps in removing debris and particles from the platen for effective prober operation. Furthermore, the EC ELECTROGLAS / EG 4090 U is built with a Class 1 dust particulate filter that prevents contamination of the substrate. This helps avoid damage to delicate semiconductor devices, like modern cell phones. In conclusion, EG 4090 U is an exceptionally accurate prober designed to test high-density, multi-layer substrates. It is equipped with several features such as an XYZ precision stage, inline temperature and humidity control, Vacuum tilt chuck, fault detection equipment, and self-cleaning mechanism. The system is highly efficient and economical, making it an ideal choice for automated prober systems.