Used TEL / TOKYO ELECTRON Lithius #9315052 for sale

TEL / TOKYO ELECTRON Lithius is a revolutionary photoresist equipment that is designed to meet the high-precision requirements of today's semiconductor manufacturers. This photoresist system is known for its low temperature flexibility and for offering improved dimensional stability over other photoresist systems. TEL Lithius unit is comprised of a high-resolution light source that can be used for exposure onto photomasks or other templates. This light source is designed to offer high accuracy and low distortion while still allowing users to carry out rapid exposures. The photomasks exposure is then used to form a line pattern of a specific size in the photoresist which can be used to pattern various features on the wafer surface. Next, the process of developing the lithography using TOKYO ELECTRON Lithius machine begins. This is done using a high-precision processing machine that is designed to operate at low temperatures. This allows for improved dimensional stability for even the most complex structures that need to be printed onto the wafer surface. The tool also eliminates the thermal expansion and contraction that can damage some processes. Lithius asset is also designed to offer superior resolution when compared to other photoresist processes. This is because it can provide the same resolution of up to 5 micrometers, or even less, even when operating at the low temperatures required for printing complex features. This means that users can achieve very high-quality images with the most intricate patterns being reproduced in great detail. To complete the lithography process, TEL / TOKYO ELECTRON Lithius model also has features designed to reduce negative interference from workplace lighting. This helps in cases where the wafer surface needs to be illuminated directly or illuminated at an oblique angle in order to achieve an extremely clear picture. Overall, TEL Lithius equipment is a revolutionary photoresist system that offers unmatched resolution, low temperature flexibility, improved dimensional stability, and a number of other features that make it ideal for creating high-quality micro-processors for various applications. This is why it is continuously gaining popularity in the semiconductor industry.