Used TEL / TOKYO ELECTRON Lithius #9105633 for sale

TEL / TOKYO ELECTRON Lithius is a type of photoresist equipment used for photolithography in the semiconductor industry. It is a leading system, highly lauded for its performance and accuracy. It is capable of printing onto substrates such as glass, ceramic, and plastic at resolutions up to 1 micron, using light-sensitive resins to selectively coat surfaces. The unit works by using a light source to produce ultraviolet light, which is focused onto the substrate. This light is then blocked in certain areas by a mask plate, which is an engraved plate containing the design that will be etched onto the substrate. The blocked light passes through a liquid agent called "photoresist" which is sensitive to the ultraviolet light. When the photoresist is exposed to the light, it forms a polymer-like coating on the substrate in the areas that have not been blocked off, allowing for the etching of different patterns onto the surface. TEL Lithius is designed to be highly accurate and efficient. It is an automated machine that can be programmed for repeated processes and can handle any number of different sizes of substrates. It is designed to be easy to use, and can accommodate multiple users. The tool can be used for a wide range of applications, from creating discrete components to large-scale structures. It is very versatile and can be used to create intricate designs and shapes, such as in the fabrication of complex integrated circuits. The asset has many advantages, such as a high degree of accuracy and consistency in the designs it prints, and the ability to print onto a large variety of substrates. It is also very cost-effective, and can be used to create a wide range of products. In conclusion, TOKYO ELECTRON Lithius is a highly accurate and efficient photoresist model, which is capable of printing various designs onto various types of substrates. It is an automated equipment and is relatively easy to use. It is cost-effective, and provides a variety of applications for users. As such, it is highly recommended for anyone involved in semiconductor fabrication.