Used DNS / DAINIPPON 60 #9033681 for sale

DNS / DAINIPPON 60 is a photoresist equipment developed by DNS Screen Manufacturing Co. Ltd. (DSM). It is a comprehensive solution that facilitates the production of high-quality micro-circuit designs with minimal waste and cost. The system consists of several components: a specialised coating solution for the desired application, a photopatterning device and a developing agent. The coating solution contains a photoactive compound that forms a layer of material on the substrate when exposed to light. The chemical properties of this material allow it to be patterned and etched with a photopatterning device, creating the desired micro-circuit design. The photopatterning device emits ultraviolet radiation through a mask onto the substrate, whereby the photoactive compound is exposed and reacts to create a pattern. The developing agent then removes the exposed material from the substrate, leaving behind a pattern of non-photodegradable material. This remaining material forms the desired micro-circuit design. The developing agent can be used in either a manual or automatic developer, depending on the desired application. The advantages of DNS 60 include superior uniformity and resolution, low levels of environmental contamination and cost-efficiency. Furthermore, the unit is capable of justifying and printing fine-line features, providing high levels of accuracy and precision. As such, the machine is ideal for a wide range of applications including industrial, medical and aerospace electronics. Despite its numerous advantages, the tool does require careful handling and attention. The photopatterning device should be regularly inspected and calibrated to ensure correct functioning, and the substrate should be checked for cleanliness prior to processing. Additionally, the developing agent must be stored in a cool, dry environment, and all components should be handled with care to avoid damage. In conclusion, DAINIPPON 60 photoresist asset is a reliable and cost-effective solution for producing high-quality micro-circuit designs with minimal waste. Its superior flexibility and precision make it ideal for a variety of applications, and the careful handling of the components ensures optimal results.