Used TEL / TOKYO ELECTRON Clean Track Mark 8 #9087888 for sale
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ID: 9087888
Wafer Size: 8"
Vintage: 1996
(2) Coaters / (2) Developers System, 8"
8HP/7CP/1AD/1WDS/1WEE
2-1 RRC x2
2-2 RRC x1
EBR stepping
Digital flowmeter
C/B (buffer tank x4)
(2) THC
Local
RtL
1996 vintage.
TEL / TOKYO ELECTRON Clean Track Mark 8 is a photoresist system used in the manufacture of advanced semiconductor devices. It is designed to provide precise control of photolithography processes and is used in the production of industry leading semiconductor devices. TEL Clean Track Mark 8 utilizes a variety of advanced technologies to ensure precise photolithography control and accuracy. One of the primary technologies employed is extreme ultraviolet (EUV) lithography which allows patterning of very fine structures with a resolution down to 11 nm. Other notable advanced technologies employed include advanced photoresist compatibility, liquid immersion lithography, and off-axis illumination. TOKYO ELECTRON Clean Track Mark 8 also features a patented wafer annular-mask tape (WAMT) stage which ensures a uniform flat photoresist layer during the photolithography process. This features helps to maintain a high resolution and process uniformity throughout the entire device. The system also employs a direct drive scanner design which helps to minimize deformation and improve overall accuracy. In addition to these advanced technologies, Clean Track Mark 8 also incorporates high throughput capability, data management capabilities, and process simulation/model accuracy. These features allow users to analyze and optimize their processes quickly, efficiently, and accurately. The system also employs advanced automation which helps to reduce the time needed for wafer processing. TEL / TOKYO ELECTRON Clean Track Mark 8 is an invaluable tool for any semiconductor manufacturer looking to increase productivity and maintain accuracy in their processes. With its advanced technologies and features, the Mark 8 provides an efficient, reliable, and cost-effective means to produce high-quality semiconductor devices.
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