Used TEL / TOKYO ELECTRON Clean Track ACT 12 #293616493 for sale

TEL / TOKYO ELECTRON Clean Track ACT 12 is a high-precision multi-process photoresist equipment. The system features an advanced software-controlled environment, enabling the application of advanced photoresist processes with high accuracy. This is done by utilizing a unique optical control architecture, which ensures very precise exposure, alignment, dimensioning and mask-measurement processes. The unit's advanced optical control systems allow for application processes to be completed with very high accuracy. Using this feature, photoresist processes on flexible substrates with different thicknesses can be completed with high accuracy. This allows for more complex and finely detailed structures to be created. Additionally, the machine is also equipped with a static switch tool which allows for different substrate types to be handled in a single machine. TEL Clean Track ACT 12 is designed to be extremely reliable and reproducible through its chamber control functions. The asset boasts a fast recovery rate and closed-loop control, ensuring consistent results. Additionally, the model is designed with low maintenance requirements, as it is self-cleaning in order to minimise downtime. The equipment also allows for a variety of photoresist processes to be performed, such as spin coating, hot-plate exposure, and laser exposure. It also features a highly sensitive ultrasonic coupling system which is capable of detecting and accurately measuring very small dimensional changes, improving accuracy and accuracy rates. Furthermore, a unique 2-axis image alignment unit allows for accurate alignment of images. TOKYO ELECTRON Clean Track ACT 12 is suitable for a variety of fabrication applications and industries, such as precision electronics and semiconductor industry. It provides the capability to perform high-precision processes in a wide range of substrates and surface types, which makes it an essential tool for many photoresist applications. In addition, the efficiency of the process is increased by the protective housing, which preserves the energy and chemicals used in the process. This allows for cost savings in energy and materials, as well as increased efficiency in delivery.