Used SVG 8800 #9093248 for sale

SVG 8800 is a photoresist equipment that is designed to offer robust and accurate results in the production of semiconductors and integrated circuits. The system utilizes a monochrome mask aligner to enable precision alignment of photomasks and other components of the device in order to produce high-quality, high-resolution electrical components. The unit consists of multiple types of associated hardware including the scanner head, reticle base, and intelligent vision machine. The scanner head is equipped with high-performance argon laser components, along with multiple high-sensitivity photodetectors. The design of the scanner head is such that it is able to generate extremely precise high-resolution alignment of up to ±1 μm for both the mask and the substrate. In addition, the scanner head is able to dynamically adjust its position on the reticle base to ensure highly accurate results. The reticle base of 8800 also features an intelligent vision tool that is able to detect both subtle and non-standard errors in photomasks and other components. This asset is equipped with multiple RGB cameras and image processing capabilities, as well as a powerful 3D mechanical vision algorithm. This algorithm is able to evaluate various parameters such as traceability, distortion, imperfection, and other errors in order to ensure that only perfect photomasks and components are being used. In addition, SVG 8800 also features an ergonomic design in order to provide users with easy and comfortable operations. The model is equipped with an adjustable beam scanning angle and speed, along with an adjustable depth of focus and a high-resolution monitor. All of these features help to ensure that the device is as user-friendly as possible, while also providing excellent alignment accuracy and traceability. Overall, 8800 is an advanced photoresist equipment capable of providing reliable and high-resolution results in producing semiconductors and integrated circuits. Utilizing a combination of cutting-edge hardware and intelligent software, the system is able to effectively and efficiently align photomasks and other components in order to produce precision electronics at a fraction of the time and cost associated with traditional methods.