Used SEMES Semhawk #9297218 for sale

SEMES Semhawk is a photoresist equipment used for high-resolution optical imaging of semiconductor wafers and other substrates. It is designed to provide detailed views of a variety of structures, such as metallic contacts, polyimide layouts, and defects in the substrate. The system is composed of several components, including a UV light source, light mask, and a photoresist tank. The UV light source emits light at a specific wavelength, which is controlled by the mask, and is directed at the substrate. The mask is used to draw patterns or lines onto the substrate, and can be adjusted to produce more intricate images with a finer resolution. The light then passes through the photoresist tank, which is filled with a photosensitive material. The photosensitive material reacts to the light, forming a pattern or line on the substrate that can then be inspected or processed further to create additional features. Once the light passes through the photoresist tank, the exposed material undergoes a chemical reaction, resulting in the formation of a protective layer on the substrate. The layer provides an additional barrier between the substrate and any contaminants that may cause damage to the underlying components of the substrate. This protection allows for a higher degree of accuracy when creating intricate images, as the substrate is protected from environmental elements. Semhawk is a reliable unit designed to provide high-resolution images without compromising on accuracy, making it an ideal choice for those in the semiconductor industry. The machine can be adjusted to accommodate a variety of substrates, allowing for precise imaging or patterning without worry of damage to the underlying components. The tool is also relatively easy to use, as the light masks are pre-programmed and the photoresist tank can be easily filled with the necessary material to create the desired image. By providing an efficient, accurate and consistent imaging service, SEMES Semhawk offers a reliable solution for any project requiring high-resolution optical imaging.