Used TEL / TOKYO ELECTRON TE 5000S #9251508 for sale

TEL / TOKYO ELECTRON TE 5000S
ID: 9251508
Wafer Size: 6"
Vintage: 1994
Dry etcher, 6" 1994 vintage.
TEL / TOKYO ELECTRON TE 5000S is a high-tech etcher/asher, specifically designed for photolithographic process applications. It is composed of a chemically inert quartz chamber, high precision etchant nozzle, and advanced control software. This etcher/asher works by using a precisely controlled beam of energetic ions to etch patterns on an artificially created substrate such as quartz, polymers, metals and other materials. It offers superior etching resolution, thanks to its advanced control software and quality components. TEL TE 5000S has a relatively small form factor, ensuring a tension-free etch process. The quartz chamber is fully enclosed, minimizing heat transfer from the area of the substrate being etched. Moreover, a powerful He-Ne laser source enforces etching accuracy by providing an extremely focused ion beam. The beam is adjustable and can be fine-tuned to meet the specific etching requirements of any application. TOKYO ELECTRON TE 5000 S is operated using advanced control software. This software allows for a wide range of parameters, including parameters such as etch angle, etch depth, etch time, gas flow rate, and beam size. Additionally, the software can be programmed to run multiple etch processes in sequence, making it ideal for running multiple applications concurrently. In addition to the superior etch performance, TE 5000 S also features a built-in temperature monitoring system. This allows for precise temperature control during etch processes, ensuring optimum thermal properties for the substrate. The etcher/asher also offers different types of gas flow, allowing for customization of the etch environment according to the application requirements. Overall, TOKYO ELECTRON TE 5000S is an excellent etcher/asher for photolithographic process applications. It offers accurate etching, precise temperature control and superior control software, making it an ideal choice for applications that require high levels of precision.
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