Used ACCRETECH / TSK UF 200SA #9270779 for sale

ACCRETECH / TSK UF 200SA Universal Laser Prober is an automated test station that combines laser technology with a handling equipment to provide precision electrical testing. This combination of high-precision laser capability with high-speed, automated testing makes the system ideal for various semiconductor device production processes. The prober is designed to maintain superior positioning accuracy of the laser over even uneven test surfaces. With its long-term reliability, high repeatability, and its robust design, TSK UF200SA offers manufacturers maximum flexibility and test yield. The unit's high-precision optical laser head is capable of scanning and aligning the laser accurately and reliably for a variety of measurements and tests. The prober also features an automated XYZ positioning stage and a Z-axis lift arm for fast testing cycles with low-force contact. The machine also includes a 10" x 10" chuck table and a two-axis rotary positioning table which can be programmed for high-throughput testing. The combined systems provide superior performance in terms of accuracy, productivity and repeatability with minimal setup costs. ACCRETECH UF 200 SA prober is equipped with a second-generation VHF pulse-type laser that precisely controls the angle of the laser spot and the travel speed. Additionally, TSK UF 200SA prober uses an advanced optical high-performance scanning tool and a non-contact analog asset to accurately measure small or large resistance components and to detect high-voltage anomalies in semiconductor materials. The model's high-precision laser optics allow for highly accurate positional control and can support even cross-sections up to an accuracy of 0.3 micrometers. The prober is engineered to meet the increasingly stringent testing requirements of modern electronics fabrication processes. In addition, UF 200 SA is designed for compatibility with both Windows and various types of UNIX operating systems for a high level of flexibility and performance.