Used TEL / TOKYO ELECTRON Mark V #9226376 for sale

TEL / TOKYO ELECTRON Mark V is a photoresist single wafer manufacturing equipment designed to produce highly precise and uniform features in semiconductor devices. The system works by exposing a wafer surface to a pattern of light from a special light source, such as a laser. This pattern of light creates a latent image in the photoresist layer of the wafer, which is then used to create microstructures during lithography. TEL Mark V unit provides improved wafer yield and processing quality by offering precise control over the exposure process. This includes advanced light intensity control and motion control, allowing the user to precisely adjust the exposure intensity of the light source according to the design specifications. TOKYO ELECTRON MARK-V machine is equipped with a precision optical tool that includes high-performance refractive lenses. These lenses provide a uniform light distribution over the entire wafer and enable precise light exposure control, eliminating any variation in exposure levels. This ensures that the exposure levels are kept uniform across the entire wafer, resulting in uniform microstructures with no variability in performance. TOKYO ELECTRON Mark V asset features a sensitive temperature control model that maintains a stable temperature throughout the exposure process, ensuring consistent photoresist quality. The equipment also offers an automatic wafer registration system, which allows for precise wafer positioning, avoiding any offset or misalignment during the lithography process. In addition, Mark V supports a variety of different photoresist measurements, providing a wide range of conditions for testing the quality of the photoresist. This allows for accurate, real-time monitoring of the photoresist, enabling users to make any necessary adjustments to the exposure process to ensure the desired result. Overall, TEL / TOKYO ELECTRON MARK-V is a highly advanced and reliable photoresist unit, designed to consistently produce high-quality microstructures in semiconductor devices. The machine's precision optical, temperature, and registration systems provide users with a high level of precision and control over the exposure process, ensuring repeatable results that are free from any variability in performance.