Used DNS / DAINIPPON SD-W60A-AVP #9148337 for sale

DNS / DAINIPPON SD-W60A-AVP is a photoresist equipment used in the fabrication of liquid crystal displays (LCDs). It is designed to apply a thin, uniform film of photoresist onto the substrate of a thin-film transistor (TFT) LCD, creating a pattern of microelectronic components. The system is designed to provide high-precision results, as it utilizes a high-performance vision unit that can recognize fine patterns. The machine comprises of two main parts - the spin coater and the mask aligner. The spin coater consists of a plate and a dish, where the photoresist is applied on the plate and the thin-film transistor (TFT) LCD substrate is placed into the dish. The spin coater rotates which evenly distributes the photoresist onto the substrate. The photoresist then hardens and becomes insoluble, allowing it to resist the effects of subsequent processes like etching. The mask aligner is used to accurately locate and align this photoresist onto the substrate. It contains a mask that contains the pattern of components. This mask is placed over the substrate and illuminated with visible light. The photoresist is selectively exposed and hardened, depending on where the light reaches it. The light is manipulated to create very intricate patterns. The tool is capable of creating micron-sized holes in the photoresist that allow for the placement and alignment of a variety of tiny components. In addition, the asset's high-performance vision model can accurately recognize the patterns of components. The equipment constantly monitors and corrects any errors that may occur during the process. Furthermore, the system can be remotely controlled and monitored via a PC, which makes it easier for users to operate and maintain. The DNDNS SD-W60A-AVP photoresist unit is designed to be reliable, efficient and accurate. The machine can produce uniform, highly precise patterns of components to achieve maximum utilization of space and cost efficiency. It is ideal for the fabrication of LCDs and other applications requiring intricate designs of components.