Used DNS / DAINIPPON 80B #9196638 for sale

DNS / DAINIPPON 80B is a developed photoresist equipment designed for advanced lithography and microfabrication applications. It is mainly used for broadcasting high resolution images onto thin film layers made up of polymer materials. A photoresist is created when a blended resin chemically reacts to a position-defined light image. It is a highly essential component used in lithography, as it forms the template for the etching of the patterns onto the chosen materials. DNS 80B photoresist system provides superior image resolution, stability and overall performance. It is built on the binary imaging unit and is comprised of two liquids, an alkaline developable resist and a quencher. The resist creates a film layer upon contact with a light source, while the quencher serves as a stopgap layer, allowing easy and safe development. DAINIPPON 80B has excellent imaging capabilities and advanced automatic registration capability. Its high resolution of 60nm ensured the user can create patterns with precision. It also has special features such as automatic layer alignment capabilities making it easier to find more accurate overlay positions in a shorter amount of time. The machine is built with a water-base/ solvent-based spin tool. Depending on the material to be patterned a solution can be prepared and dispensed on the substrate surface. Then the substrate can either be heated or cooled to evaporate the solvent and prepare the photoresist coating where patterns can be made with a laser. 80B is ideal for high-quality photolithography processes. It shows excellent adhesion with different layers, such as glass, tungsten and PET films. It also comes with easy fine tuning features, allowing users to find the correct settings for their desired application. The DNPDNS 80 photoresist is an advanced lithography and microfabrication asset available in the market. Its binary model, easy fine tuning features, superior image resolution and automatic registration capabilities are ideal for achieving accurate, up-to-date results.