Used TEL / TOKYO ELECTRON TE 8500 #9052719 for sale

TEL / TOKYO ELECTRON TE 8500 is a highly advanced and reliable etcher / asher designed to create advanced wafer processing applications. This equipment is capable of precisely etching high quality patterns on various types of substrates. It is specifically designed to support semiconductor applications such as SOI, MOSFET, and BiCMOS technologies. TEL TE 8500 is equipped with an advanced computer-controlled system and is capable of precision etching from a large 4" wafer to a small 8" wafer. With advanced cross-field imaging, the unit is able to produce highly precise etch patterns with excellent depth accuracy. The etching mechanism uses helium-based technology which enables high etch rates with minimal thickness variations. In addition to the helium etching capabilities, TOKYO ELECTRON TE 8500 also houses an advanced dry etching chamber. This chamber is able to etch complex patterns and offers a wide selection of etching gases such as argon, chlorine, bromine, and fluorine. The etching mechanism is also equipped with a special quartz etch chamber which is perfect for creating high resolution patterns on challenging substrates. Furthermore, TE 8500 has an on-board recipe editor which enables users to create custom etching recipes. This feature is especially useful for creating complex etching jobs and customizing the etching process to meet specific project requirements. Finally, TEL / TOKYO ELECTRON TE 8500 offers advanced safety and environmental features. This machine has multiple built-in safety interlocks which protect the user, the control tool, and the wafers from possible harm. The asset also includes an integrated air scrubber model which eliminates hazardous etching processes from releasing harmful particles into the workplace. In conclusion, TEL TE 8500 is a highly advanced and reliable etcher / asher. This equipment offers excellent precision etching capabilities with advanced etching technology, multiple etching techniques, and special safety and environmental features.