Used OXFORD 90 Plus #9152983 for sale

OXFORD 90 Plus
Manufacturer
OXFORD
Model
90 Plus
ID: 9152983
RIE System.
OXFORD 90 Plus is an Etching Equipment that provides precision materials and process control in the photolithography process. This etching system is used to create microelectronic structures like printed circuit boards as well as computer chip designs. It is mainly used for research, prototyping, and small-scale production. The machine consists of a unit of three stages, the processing station, the exposure stage and the developer stage. The processing station is used for masking and patterning of layers of the structure that will be etched onto the substrate. It includes a machine of light-sensitive resin throughout the etch chamber which can create multiple layers of the same or of different geometries. The exposure stage includes a powerful and precise low energy source, such as a light beam, electrons, ions and x-ray. This is used to transfer the patterns from the processing station onto the substrate as the light beam is translated into electrical signals and then sent to the exposure station. The exposure station works via a multiple absorbance patterning tool, which also helps to ensure accuracy. The developer stage involves a asset of materials used to develop the substrate, such as etching chemicals, ionics, and other solutions which are used to remove the dimensions of the layers. They are sequentially added and combined to etch away the unwanted layers, thus revealing the design. The precision of 90 Plus is ensured by the model's design and components. It is equipped with a sophisticated design and a range of measurements and tools to ensure accurate and high-quality structure. This equipment includes multiple sensors, temperature controllers, computerized control, electronic timers, and other accurate and reliable components. All of these elements help to guarantee the success of the etching process. In conclusion, OXFORD 90 Plus is an Etching System that provides precision materials and process control for the development of microelectronic structures. It is mainly used for research, prototyping, and small-scale production. The unit includes a range of tools and components that ensure accuracy and reliability of the structure.
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