Used TEL / TOKYO ELECTRON TE 8500SA TCESC #197618 for sale

TEL / TOKYO ELECTRON TE 8500SA TCESC is an etching equipment used to pattern and form structures with extreme accuracy on the micro and nano-scale level. It features a high precision scanning electron microscopy based design that can create features as small as 7 nanometers. This feature allows the user to create structures down to the individual atom resolution level. TEL TE 8500SA TCESC etching system utilizes a scanning electron beam technique to direct electrons with sub-micron precision to etch intricate structures in a range of materials. Materials that can be processed include quartz, silicon, glass and metals. The unit features a high-resolution mass spectrometer which can accurately detect the composition of a sample in order to monitor the etch process. With the mass spectrometer, the machine can accurately identify any material present in the sample. This feature allows the etching tool to automatically adjust the etching process to the composition of the sample, ensuring consistent results throughout the production process. Furthermore, TOKYO ELECTRON TE 8500SA TCESC etching asset is equipped with a unique 'real-time' motion control model. This motion control equipment enables the user to precisely control the size, shape and texture of the structures. For example, a nanomask can be created with extreme accuracy and the desired operation, such as etch time, can be adjusted at any time, ensuring that the Etch procedure is precisely and repeatably optimized. TE 8500SA TCESC etching system also features a thermally-coupled purge gas box. This feature enables the user to easily and reliably regulate the pressure and mixture levels of the various purge gases including argon, nitrogen and oxygen. The etching process also makes use of chemical processes, enabling the user to conduct a wide range of etch processes. Finally, TEL / TOKYO ELECTRON TE 8500SA TCESC etching unit provides an ideal platform for research and development purposes. Its high precision and versatility allows the user to accurately and reliably produce the desired structures for a range of projects and applications. In addition, its user-friendly design ensures that the machine is easy to operate and maintain.