Used DNS / DAINIPPON SC-W60A #293832121 for sale

Manufacturer
DNS / DAINIPPON
Model
SC-W60A
ID: 293832121
Vintage: 1995
PR Coater 1995 vintage.
DNS / DAINIPPON SC-W60A is a photoresist equipment designed for use in electronic equipment manufacturing. This type of system is commonly referred to as a photolithography unit and is used in the production of printed circuit boards and integrated circuit devices. DNS SC-W60A features a high-precision optical stepper with a working field size of 6" x 6.5" (150mm x 165mm). The machine includes a 2048-step resolution head providing highly accurate exposure control and a 0.41 µm minimum feature size. The stepper is designed for use in imaging high-precision circuit boards and is capable of handling a wide range of resists and substrates. The optical tool is light-diffusing and uses an ensemble of diode lasers to provide consistent illumination. DAINIPPON SCW-60A is equipped with an advanced software platform which allows for sophisticated test program development and execution. This platform is capable of storing recipes for multiple steps and parameters, generation of multiple exposures, optical and image-based inspection, as well as stepper and focus control optimization. The asset can be configured in two different modes - "semi-automatic" and "absolute programming". The semi-automatic mode allows the user to manually adjust exposure conditions while the absolute programming mode offers complete control over the exposure parameters, enabling users to program custom exposure sequences and apply advanced techniques such as focus control optimization. SCW-60A is a designed to be compatible with both waveforms and stepper-based printing systems. As a result, it is a highly flexible model which can be used in a range of different applications. It is designed to provide users with superior quality exposure parameters and excellent resolution. It is suitable for use in both batch and single-step photolithography. The equipment is also backed by an extensive line of accessories and offers superior performance in both high-speed and low-speed applications.
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