Used FSI / TEL / TOKYO ELECTRON Mercury #9167799 for sale

FSI MERCURY is a photoresist equipment, developed and manufactured by Fine Line Imaging (FLI). It is used for high-precision applications requiring a high degree of accuracy and resolution. The system is specifically designed to process a wide range of materials and resistances through the use of its advanced software. MERCURY is a fully automated unit that produces the best possible results for all kinds of photoresist processes, from thin-film deposition to resist adherence. It is equipped with an integrated photoresist machine that can limit exposure dose to the minimum required. It also features an advanced, high-resolution imaging tool that allows precise exposure and regulation of photoresist exposure level. This ensures that results are always accurate, repeatable and reliable. FSI MERCURY is highly versatile and can be used for a wide range of applications. The asset can be used in medium to large scale lithographic applications, such as for printing electronics, thin films and membranes on a wide variety of substrates. It also includes the features for etching photoresist material and deep UV curing of photoresists. MERCURY can also be used with a variety of photoresists, including SU-8, SU-18 and HSQ. FSI MERCURY model is designed to provide great performance and cost-effectiveness. Its ease of use helps operators to quickly adjust the equipment settings as well as the processing parameters. The system requires minimal maintenance and can be used in a wide range of processes with a few simple adjustments. MERCURY can also be integrated with other systems in a production environment for enhanced result accuracy. All in all, FSI MERCURY is a leading optical imaging unit for photoresist applications, offering great precision and accuracy at an affordable cost. It is ideal for a wide range of processes, from thin-film deposition to resist adherence and deep UV curing. The flexibility of the machine makes it suitable for both small and large scale applications, for cost-effectiveness and efficient results.