Used DNS / DAINIPPON SKW-80A-BVP #9053621 for sale

DNS Screen DNS / DAINIPPON SKW-80A-BVP is a high-performance photoresist equipment that is used in the development of micro and nano fabrication processes. It is capable of producing highly precise resist patterns that are suitable for a variety of applications ranging from microelectronic devices to large scale integrated circuits. The system utilizes a 4.2 mm thick photoresist layer to produce the required pattern. It is composed of a double-shell, hollow-cylinder isotropic core, and an annular waveguide mechanism for providing a uniform illumination. The unit features an automated exposure cycle which manages all parameters, including resist thickness, concentration, and film texture, for the desired resist pattern. The film's characteristics are enhanced through variable frequency, energy density, and temperature control. The substrate material employed is highly lightweight and durable. It is composed of heat and chemical resistant layers such as titanium nitride, titanium silicate, or silicon dioxide. The core and annular components are designed to reduce distortion due to material variability and ensure uniform illumination over large areas. In addition, the machine is equipped with a digital imaging tool which enables users to digitally adjust the resist profile before and during an exposure so that the exposure process is automated and accurate. The asset also supports multi-layer lithography and inline lithography systems, allowing for simultaneous processes at multiple locations. The model is designed for easy operation and maintenance. All critical components are secured and protected in a dust-proof enclosure which ensures the safe long-term operation of the equipment. The core of the photoresist is easy to uninstall and install quickly. Maintenance of the device is also simple and allows for quick and easy access to components. DAINIPPON Screen DNS SKW-80A-BVP photoresist system is a highly advanced and reliable device. It offers top-of-the-line features for fabricating highly precise patterns and produces superior results in a wide range of applications. It is a great choice for micro-fabrication processes and ensures reliable, cost-effective production of highly precise patterns quickly and efficiently.