Used TEL / TOKYO ELECTRON Lithius #293766639 for sale

TEL / TOKYO ELECTRON Lithius
ID: 293766639
Wafer Size: 12"
Vintage: 2006
Coater / Developer systems, 12" 2006 vintage.
TEL / TOKYO ELECTRON Lithius is a cutting-edge photoresist equipment that utilizes the latest technology to accurately and precisely develop circuit boards. It is designed to ensure that a component on the circuit board is constructed according to pre-defined specifications. The photoresist system works by projecting a light source on to a photopolymer film. This light source is specifically tuned to the wavelength used by the photopolymer film. The light from the light source causes the photopolymer to harden and form a pattern that is specific to the intended circuit design. This hardened material is then used as the mask for photolithography where a substrate is then processed by photo-etching or other lithography processes. This photoresist unit is especially useful when developing multilayer circuit boards with features and components that require accurate alignment. In addition to its precise patterning capabilities, it also helps in constructing components that do not require direct contact with the substrate. TEL Lithius machine has several beneficial features. For example, it has a fully automated programmable tool that provides precise control over the photo patterns, so engineers are able to make precise adjustments in real-time. The asset is also equipped with adjustable exposure dose and precise substrate destination. Furthermore, the model is equipped with precise temperature control, which helps ensure accurate results. Finally, TOKYO ELECTRON Lithius equipment is designed to be compatible with several client requirements. This system is designed to be economical and efficient, using less energy and fewer materials when compared to other photoresist systems on the market. It is this combination of strict control, precise pattern construction, and a cost-effective operation that makes Lithius a great alternative for manufacturers of multilayer circuit boards.
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