Used TESTER SOFT TSL-FVT-DX 3.5 #293598395 for sale

TESTER SOFT TSL-FVT-DX 3.5 is an advanced Mask & Wafer inspection equipment designed to provide an automated solution for the fast and accurate inspection of semiconductor devices. The system features a high-resolution camera, laser scan automation, and advanced defect classification technology. TESTER SOFT TSL-FVT-DX 3.5 uses a high-resolution camera to capture images of the mask and wafer, allowing for precise inspection. The unit can also be used in conjunction with other techniques, such as wafer mapping and montoring, to ensure accuracy and consistency. The laser scan automation of TESTER SOFT TSL-FVT-DX 3.5 is able to measure the electrical characteristics and topographical features of the mask and wafer. The machine also carries out inspection for stains and other surface anomalies. The tool's advanced defect classification technology is capable of accurately classifying any defects that are detected. In addition, TESTER SOFT TSL-FVT-DX 3.5 is also capable of self-calibration and automated sample stage reset, as well as multiple inspections of the same sample. Additionally, the asset also has MESH pattern recognition capabilities that allow for precise and efficient inspection of multiple sample types at once. The comprehensive operations of the model are controlled through a modern touch panel GUI, making operation of the equipment quick and straightforward. The system's advanced reporting capabilities allow for the generation of detailed reports with precise defect analysis. TESTER SOFT TSL-FVT-DX 3.5 is capable of providing an efficient, reliable and cost-effective semiconductor inspection solution. The unit's combination of high-resolution imaging and laser scan automation ensures accuracy and consistency, while its advanced defect classification functionality provides quick and accurate defect analysis. The machine's convenient operation and comprehensive reporting functions make it an ideal choice for mass production plants and other semiconductor applications.