Used TEL / TOKYO ELECTRON Mark V #9111392 for sale

TEL / TOKYO ELECTRON Mark V
ID: 9111392
Coater Missing thermo-con, flange.
TEL / TOKYO ELECTRON Mark V is a photoresist equipment manufactured by TEL. It is a tool used in electronics fabrication that utilizes light to create patterns on a material. The system includes two main components: a laser reader and an imaging drum. The laser reader reads the drawings stored in memory to create pattern masks that can then be applied to the desired material using an imaging drum. The laser reader is designed for high-speed imaging of the drawings. It is equipped with a laser optics unit, a marking engines controller, and a multi-stage linear quality optimization machine that enables it to accurately interpret the drawings stored in the unit's memory. It also features a CPU that can interpret the control signals from the laser optics tool to quickly and accurately read the drawings. The imaging drum is composed of several components, including a filter wheel, lens parameters, detector array, illumination sources, and height sensors. The filter wheel has many different filters that can apply specific wavelengths of light to the material being processed; this ensures that the most suitable wavelengths are used to achieve the desired pattern results. The lens parameters allow for precise control of light transfer to the material, ensuring that the image is accurately reproduced. The detector array is comprised of high-sensitivity photosensitive materials that allow for light energy to be sensed and accurately transferred to the material while the illumination sources allow for the necessary levels of light to be emitted to achieve the desired results. Lastly, the height sensors allow for the appropriate depths of light to be translated onto the material. Overall, TEL Mark V photoresist asset is an advanced and efficient tool used to create intricate patterns on the material being processed. Its combination of a laser reader and imaging drum makes it an ideal choice for creating patterns that can be used in a variety of applications such as for creating microprocessors and other intricate electronic components.
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