Used ELECTROGLAS / EG 4090u+ #9151082 for sale
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ID: 9151082
Prober
Thin wafer upgrade
BIOS version: 10.0.2.2G
OS: Windows 2000
EGCommander: 9.2.1SP5
Profile head: NCES
Hot chuck
DPS2 camera
Bridge Camera: N type
Transfer arm: normal wafer
Spindle type: thin wafer
Work Z range: 200-500 mil
MH version: P029
Pad type (clean unit): reg scrub
Power: 1 phase, 115 V
Currently installed.
ELECTROGLAS / EG 4090u+ is a high-performance wafer prober designed for wafer probing, testing, and characterization. It is a fully automated equipment designed to provide quick, accurate measurements of wafer characteristics across a wide range of substrates, including silicon, gallium arsenide, sapphire, quartz, polysilicon, and silicon carbide. EG 4090 U+ is powered by a state-of-the-art automated robotics platform and a powerful control system. This offers enhanced speed and accuracy over manual probers, allowing for high-speed, precision sensing and probing. The prober features an advanced motor control unit that can be programmed to measure with sub-micron precision. It also includes a variable speed control for improved accuracy. The prober is equipped with a multi-axis arm with a five-axis motorized rotation machine that enables up to 75mm of vertical travel in the Z-axis. This allows the prober to probe multiple samples in a single cycle, allowing for faster throughput. It can also be configured with a host of sensors, including thermal imaging, force-sensing, temperature and pressure sensors, among others. ELECTROGLAS EG4090U+ is equipped with an advanced alignment tool that enables high-precision alignment of probes, ensuring accurate probing. Additionally, it is accompanied by a dedicated software package that enables users to customize and optimize sensing, probing, and testing for their specific wafer requirements. The prober also features a number of built-in safety features to protect from potential electrical damage. EG EG4090U+ offers excellent performance and reliability for wafer testing and characterization. It is ideal for applications in semiconductor fabrication and industrial electronics, as well as research and development laboratories. With its superior accuracy, precision, and speed, it is one of the most advanced probers in the industry.
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