Used KARL SUSS / MICROTEC Delta 80 #293760322 for sale

KARL SUSS / MICROTEC Delta 80 photoresist equipment is a state-of-the-art machine specifically designed for processing thin layers of photoresist. Photoresist is a light-sensitive material used for the creation of micro- and nano-scale devices and integrated circuits. MICROTEC Delta 80 was designed for cost-effective, efficient, and reliable photoresist patterning. The system consists of a main unit and a number of components that can be configured to meet specific needs. The main unit is composed of a controller, light source, wafer holder, and operating platform. The controller runs on a Linux operating unit, providing a user-friendly interface for setting up and running the machine. The light source, a combination of UV and visible light sources, provides optimal exposure parameters for photoresist applications. The wafer holder is designed to accept a variety of wafer sizes, allowing for more flexibility in patterning. The operating platform features a wafer stage with adjustable height and rotation capability, allowing the tool to accurately place and expose photoresist. KARL SUSS Delta 80 asset offers several capabilities that make it an ideal choice for optical lithography. These include a high resolution of 0.5 microns, fast exposure speeds, and precise alignment of the photoresist films. Additionally, the model is equipped with advanced safety measures such as an interlock mechanism and a built-in radiation detector. The equipment also supports a variety of photoresist types, allowing for the processing of different films. This system is designed to provide an efficient and reliable photoresist processing solution for a variety of industries. In conclusion, Delta 80 photoresist unit provides an efficient and cost-effective solution for patterning photoresists. It offers high resolution, fast exposure speeds, precise alignment of the photoresist films, and advanced safety measures. This machine is a reliable choice for industrial applications that require micro- and nano-scale patterning of photoresist.