Used TEL / TOKYO ELECTRON 8500PE #9101856 for sale

TEL / TOKYO ELECTRON 8500PE Etcher/Asher is a state-of-the-art device that is designed to offer superior performance in etching and ashing processing of a variety of materials. TEL 8500PE is suitable for use in the fabrication of integrated circuits, as well as for research and development. TOKYO ELECTRON 8500PE uses an electrostatic chuck and a special non-contact susceptor to enable recording, etching, and ashing operations. The etching and ashing process is done by introducing a chemical from the bottom of the plate surface, and this is then coupled to the type of material that is to be etched or ashed. This allows for complete control of the etching and ashing process, while the superior beam power ensures image accuracy. 8500PE also has a maximum throughput capacity of 198 plates/hr that offers near prototypical quality in the end result. The device continues to operate with an autonomously monitored temperature of up to 890°C in order to maintain consistent results. TEL / TOKYO ELECTRON 8500PE offers a highly advanced control system, with operating parameters that are customizable and intelligently adjusted based on the material and process that is being used. The device also offers various high-speed signal processing programs in order to further improve the speed and accuracy of the results. The chamber design of TEL 8500PE further enhances the quietness of operation and it is designed to maintain a steady atmosphere inside that prevents the generation of static electricity. This ensures that delicate components that are processed are not damaged by electrical defects. Moreover, due to the use of durable stainless steel materials, TOKYO ELECTRON 8500PE is resistant to corrosion and wear and offers excellent durability during use. Overall, 8500PE is an advanced etcher/asher system that helps to deliver superior results in research and development, semiconductor fabrication, and industrial applications. The device is highly efficient with a high throughput capacity that offers near-prototyping results in etching and ashing processes. The device also offers a highly advanced control system and chamber design to enable optimal operation with minimum noise and air disturbance. It is also resistant to corrosion and wear due to the use of durable stainless steel materials.