Used TEL / TOKYO ELECTRON MARK Vz #9148324 for sale

TEL / TOKYO ELECTRON MARK Vz is an industry leading photoresist equipment used in semiconductor manufacturing. It is capable of precise, accurate, and repeatable pattern imaging of advanced photomasks, due to its advanced technology. TEL/TOKYO TEL MARK-VZ is a high definition imaging tool used for photoresist coating, spinning, and pattern imaging. It uses highly advanced algorithms and optics to precisely align a pattern from the photomask onto the photoresist coat. The system is capable of achieving high resolution images which can be controlled down to a fraction of a micron. TOKYO ELECTRON/TOKYO TOKYO ELECTRON MARK V-Z utilizes a patented spin coating method using an air bearing which is capable of spinning up to 3000 RPM. This method is ideal for super thin, conformal, and uniform coatings resulting in high resolution imaging. The unit is capable of coating large substrates with up to a 1000 x 1000 mm size. The machine can also precisely repeat recipes and recipes can be clearly defined and maintained. This ensures that coating can be precisely and accurately replicated. The photolines of TEL / TOKYO ELECTRON/TOKYO MARK-VZ are also highly accurate and can be accurately targeted down to a micron or submicron pattern. This allows for a higher degree of accuracy and precision when patterning and imaging resist. TEL/TOKYO MARK V-Z is designed for maximum performance and enabled by a user friendly graphical user interface that is simple to use and understand. This makes the tool available to all users and ensures that even the most complex processes can be accomplished quickly and accurately. In conclusion, TOKYO ELECTRON/TOKYO TOKYO ELECTRON MARK Vz photoresist asset is a top of the line model designed for precision and accuracy in photomask manufacturing and imaging processes. It utilizes advanced spinning and coating algorithms to provide a uniform and high resolution pattern. The equipment is easy to use and can be used for a variety of applications, including higher resolution imaging.