Used TEL / TOKYO ELECTRON CS500 #9269768 for sale

TEL / TOKYO ELECTRON CS500 is a photoresist equipment for advanced lithography and masking applications. It is specifically designed to meet the demands of the most advanced semiconductor and microelectronics manufacturing processes. TEL CS500 enables precise and efficient deposition of photoresist layers, which can be used to create conductive pathways for electronics components. The system utilizes a chemical solution, known as a photoresist, that is applied and hardened onto a substrate. This photoresist later serves as an etch-resistant layer that facilitates the rapid and precise patterning, etching, grpahics and design of electronic components. TOKYO ELECTRON CS 500 utilizes a shadow or image mask projection unit, which allows for variety of thin film patterns to be imprinted on the substrate. The light-sensitive photoresists are then exposed to specific wavelengths of light, during which the mask photoresists are selectively hardened. This hardening of the photoresist serves as the template defining the shape of the desired pattern. In addition, CS 500 incorporates state-of-the-art vacuum technologies to ensure a homogenous coating and the creation of uniform patterns. CS500 features automated controls that enable precise operation and adaptation to the customer product. This operation flexibility allows for rapid prototyping and optimization of various production line tasks, enabling the manufacturing of high-quality components in a timely manner. TEL / TOKYO ELECTRON CS 500 has an accuracy rate of +/- 0.2 microns, and can handle substrates that are up to 400 mm in diameter. Additionally, TOKYO ELECTRON CS500 has superior reliability and low running cost, and its high-throughput mechanics results in high yield rates and degree of repeatability. In summary, TEL CS 500 is an advanced photoresist machine designed for the most demanding microelectronics and lithography applications. its combination of precision and efficiency allows for the rapid and accurate production of components and patterns with a degree of flexibility and accuracy unparalleled by other systems.