Used DNS / DAINIPPON SK-80BW-AVP #9120616 for sale

DNS / DAINIPPON SK-80BW-AVP is an advanced photoresist (PR) equipment designed for high-precision lithography, used primarily in the manufacturing of miniaturized components of semiconductor devices. This versatile system utilizes integrated software and hardware solutions to precisely apply light-sensitive chemical mixtures to a substrate to create predefined patterns - which are then used in the fabrication of intricate microelectronic components. The unit works by using a series of highly sophisticated electronic and optical elements to accurately measure, control, and apply the PR in a controlled, uniform manner. First, an advanced vision and positioning machine is employed to detect the substrate's material and register the placement of the PR pattern. Then, a precisely calibrated ultraviolet light source and optical mask are employed to selectively irradiate the substrate with UV light and thus initiate the PR setting process. Finally, a lithography software tool is used to adjust for the varying thickness of the PR material and to optimize the patterns for maximum resolution. This combination of hardware and software solutions allows DNS SK-80BW-AVP to produce highly accurate PR patterns and components with uniform characteristics and fine detail. This high precision and accuracy is further enhanced through the asset's advanced closed-loop laser feedback model, which is able to detect any deviations in the PR patterns during the irradiation process and make instantaneous corrections to keep the lithography process consistent and accurate. In short, DAINIPPON SK-80BW-AVP is an advanced PR equipment which allows for high-precision lithography and production of finely detailed components with uniform characteristics. This system offers integrated software and hardware solutions, as well as an advanced closed-loop laser feedback unit, to produce reliable and accurate results. The versatility and precision of the machine make it an ideal choice for those looking to create intricate microelectronic components.