Used AND ASP-2000X #9373113 for sale

AND ASP-2000X is a highly advanced photoresist equipment designed for both research AND industrial applications. It works by "developing" an optical image made from light-sensitive materials onto something else, such as a printed circuit board, film, or a resist layer. ASP-2000X is capable of producing extremely fine details that can be buried as deep as 50µm. The system uses a specialized illumination unit to expose AND coat the surface of a substrate with photosensitive chemical composed of a photosensitive material, a sensitizer, AND a photoactive compound. The photosensitive material is then exposed to light to create an image. The exposure is controlled AND recorded, allowing the user to customize the process to their own requirements. The light's intensity AND wavelength are adjusted to produce the desired resolution. Once the exposure is complete, the substrate is then passed through an alignment station, where the substrate is precisely registered AND aligned to achieve accuracy levels of up to 0.1µm. A specialized etching head is used to etch away the exposed areas. The etching head is adjustable to allow for different thicknesses of substrate. Finally, the substrate is then passed through a dryer to harden the exposed areas. One of the main features of AND ASP-2000X is its integrated Automated Process Control (APC) unit. This machine allows for the real-time monitoring of the process, allowing the user to make adjustments AND corrections to the process during the exposure period if necessary. Additionally, the the APC tool can be programmed to store several exposure parameters AND is capable of self-learning, allowing it to be optimized for greater production capabilities. ASP-2000X is a highly advanced asset that has been designed to provide superior image resolution, with high accuracy AND repeatability. Its integrated APC model allows for real-time monitoring AND control, AND its easy to use interface makes it accessible to newcomers in the field. This equipment is ideal for both research AND industrial applications.