Used FSI / TEL / TOKYO ELECTRON Mercury #9116968 for sale

FSI MERCURY is an advanced photoresist equipment designed for rapid prototyping, rapid manufacturing and/or low-volume production of polymer and flexible electronics. The system enables high-resolution printing of complex shapes with sub-micron features and intricate geometries on a wide range of substrates. In operation, MERCURY photoresist unit creates patterns with very fine resolution and smaller feature sizes unattainable with existing film imaging transference systems. Incorporating a variety of ultra-high resolution imaging triggers, including lasers, visible light, and ultraviolet (UV) flashing, FSI MERCURY can easily embroider detailed circuitry into different substrates and form complicated designs. During the imaging process, a required layer of photoresist material is firstly spun on the substrate. Using UV-lighting source, MERCURY then images the precision patterns on the photoresist layer. As a result, a cured pattern remains on the layer to create the desired circuitry or feature. In addition, FSI MERCURY provides a frictionless alignment machine that allows for automatic registration throughout the whole fabrication process. This registration tool has improved production speed and accuracy drastically. Further process stages, such as depositing and etching, can then be applied to finish the entire fabrication process. Unlike serial production processes like screen printing, MERCURY offers an unprecedented solution for low-volume manufacturing and rapid prototyping. By using its high resolution imaging and etching systems, the turnaround time for design is significantly reduced. As a result, users can quickly create new device versions or prototypes without investing in costly and complex tooling. In conclusion, FSI MERCURY is a revolutionary photoresist asset that supports low-volume production and rapid prototyping. By incorporating ultra-high resolution imaging and highly precise alignment, MERCURY can quickly and cost effectively create detailed circuitry and intricate geometry on a wide range of substrates.