Used HITACHI FT9500 #9394244 for sale

HITACHI FT9500 is one of the leading photoresist systems available today. It is designed to provide a high degree of selectivity and accuracy when etching fine patterns on silicon substrates. This equipment utilizes advanced beam control technology to etch precise line widths and depths on the surface of the substrate. This feature construction patterning response time, and drift compensation accuracy. FT9500 features high-end laser technology that guarantees maximum laser throughput and cutting accuracy. The system also consists of a high-resolution camera mounted on a motorized stage, allowing the operator to move the substrate to any precise position. This ensures that the patterns that are being etched are accurately aligned and accurately replicated. For added accuracy, HITACHI FT9500 also features sophisticated software that allows the operator to adjust the beam parameters in real-time. FT9500 also offers a user-friendly interface that simplifies the control of the etching process. This includes intuitive touchscreen navigation that displays beam position, velocity, and power in real-time and users can adjust beam parameters such as speed, power, and exposure to change the output of the unit. Additionally, HITACHI FT9500 offers an array of preset jobs that enable the implementation of etching operations. This allows for easy operation and repeatability of the etching patterns. FT9500's beam deflection machine uses galvanometer mirrors to fine tune the beam's trajectory over the substrate. The beam shutter allows the operator to choose between using the beam continuously for a longer continuous exposure or a partial exposure with higher power over short exposure time. Furthermore, HITACHI FT9500 offers an optional on-board temperature control tool to further ensure the stability of the etching result. FT9500 is a reliable and easy to use photoresist asset. Its advanced technologies and user-friendly interface make it an excellent choice for precise etchings of fine patterns and circuits. Its fast, efficient operation and high accuracy ensure that the desired result is achieved consistently.