Used LEYBOLD A 1504 #293621527 for sale

LEYBOLD A 1504 is a photoresist equipment manufactured by LEYBOLD Optics that is capable of producing high-precision patterns on substrates such as plastics, metals, and ceramics. It is suitable for delicate substrates that require special processing, such as thin or fragile materials. A 1504 operates in both positive and negative mode, allowing users to create intricate patterns in photoresist films of various thicknesses. The photoresist is formed on the substrate surface by exposing the substrate to UV radiation. The intensity of the radiation determines the amount of photoresist to be applied to the substrate. LEYBOLD A 1504 offers three levels of precision for patterns: Standard, High Resolution, and Ultra Resolution. The Standard level provides a pattern size with an accuracy of 20µm; the High Resolution level with 10µm accuracy; and the Ultra Resolution level with 5µm accuracy. Additionally, the photoresist system can be used for low levels of patterning with micron accuracy levels up to 20µm. A 1504 features a vacuum unit and computer-regulated temperature control to apply the photoresist smoothly and evenly onto the substrate. The heated substrate assists in helping the photoresist form a uniform film, while a thin-film conveyor belt transfers the substrate to the exposure unit. During the exposure process, advanced optical projection systems, together with computer-controlled UV lamps and individual exposure areas, are used to generate the pattern. The machine features a remote control that allows users to configure, control, and monitor the tool's operation. This control also provides information regarding the number of exposures performed, the exposure time, and the energy output of each UV lamp. Furthermore, users can monitor the temperature and uniformity of the substrate and the quality of the exposed pattern. In addition to its high-precision capabilities, LEYBOLD A 1504 allows for easy loading and unloading of the substrate. This asset is also designed for low maintenance requirements and offers a long service life. As such, users can expect less downtime and higher quality results from this highly advanced photoresist model.