Used CRESSINGTON 108 #293823017 for sale

CRESSINGTON 108 is a superior photoresist equipment which is designed with the advanced technology and provides highly reliable and efficient results.The system is designed for use in both routine imaging tasks and for medium to high resolution applications. It is equipped with a powerful, yet easy-to-use controller, which enables the user to monitor the correct parameters while making photosensitive layers for superior photomasks and wafers. The controller is capable of controlling the program of the photoresist unit and also features a touch-screen LCD display for easy adjustment and control of the parameters. The advanced dielectric integrated nozzle technology of 108 ensures the uniform spray of photo-chemical dispersions, providing an improved surface texture which results in better image accuracy. The superior quality of the application layer is further enhanced by the integrated heating option, which is designed to keep the photo-chemicals at the desired temperature level for optimal processing. Moreover, the machine has adjustable flow and pressure settings which allow for greater control over the application of the photoresist layer. This can be used to fine-tune the thickness and uniformity of the application layer for various applications. CRESSINGTON 108 also has an advanced algorithm for exposure of the photo resists using a special UV light source. This helps to achieve accurate cross-linking, and helps to reduce scum or haziness on the surface of the photo resist layer. This improves both the speed of processing and the overall yield of the tool. The asset is also capable of running repetitive processes, which reduces the manual input required from the user. This feature makes 108 an ideal choice for those seeking improved repeatability and performance in their photo resist model. Overall, CRESSINGTON 108 is a superior photoresist equipment which offers advanced functionality and precise results. It offers a host of features to ensure highly efficient and reliable results, while also reducing manual input from the user.