Used ELECTROGLAS / EG 4090u+ #293606482 for sale

ELECTROGLAS / EG 4090u+ is an advanced prober used in wafer test and assembly processes. It is capable of optimizing performance in the most challenging process environments. This prober has a maximum measuring platform size of 200mm, with a minimum pitch of 4 mils. It is capable of providing precision testing with a repeatability of 300 µm. It is equipped with a 50 kHz positioning/settling time of 6ms and a recirculating bearing table that compensates for temperature drift and vibration. This prober is equipped with advanced machine vision capabilities in addition to the tactile probing capabilities. Its technology provides high measurement accuracy, fast calibration procedures, and high throughput. The prober's modular design allows for a variety of configurations, including an automatic sound-level recorder for critical applications. Its automated load lock ensures fast product transfers with minimal operator intervention. Its fast cycle time and low overhead costs make it an ideal option for wafer testing and assembly processes. EG 4090 U+ is highly reliable and provides long-term technology stability. It is capable of handling samples with a wide range of complexities. Advanced digital tasking enables the machine to recognize sample positional variation and optimize the testing process. The prober is capable of setting its probes to match sample positions and can work with many types of probes. In order to ensure its reliability, ELECTROGLAS EG4090U+ is equipped with various safety features. These include programmable safety door locks, redundant probing and programmable safety doors for access to the equipment. The prober is also equipped with an emergency stop switch that acts to halt the entire system if necessary. 4090u+ is an incredibly versatile and reliable prober that is ideal for optimizing processes that require maximum accuracy, speed, and reliability. It is capable of providing users with the confidence that their processes are running optimally at all times.