Used SSC BPE-2708-SP #9396918 for sale

SSC BPE-2708-SP is a photoresist equipment developed by SSC. It is a highly efficient, full-featured system designed for processing of advanced substrates, such as metallic, glass, and organic materials. It is a maskless, split-beam, and proximity-limited maskless lithography unit. This photoresist machine features a very advanced tool design with a unique multi-stage lithography methodology. It deploys a customized quartz-glass projection mirror that removes distortion from the pre-processed resist layer. This ensures uniform image formation and improved alignment with the target material. The asset works with a high-resolution alignment model that quickly identifies substrate misalignments and automatically corrects for these to ensure your substrates are accurately imaged. The photoresist equipment is built with a wide range of features for optimal processing of advanced substrates. It has two distinct photoresist systems: one for processing thick substrates and the other for processing thin films. The system also comes with an array of software tools, enabling maskless direct write lithography and proximity-limited maskless lithography. Additionally, the systems feature high-precision sample movement and wafer preparation. The unit can accommodate a maximum sample size of 4", and has an adjustable exposure area with precise laser-induced patterning. Exposure resolutions can be as high as 9500ppi, enabling high-resolution imaging of small substrate features. It also comes with a cooling machine to enable more efficient exposures, thus improving overall throughput and beam stability. Overall, BPE-2708-SP is a highly advanced and efficient photoresist tool, designed specifically to enable processing of advanced substrates. Its feature-rich design enables fast substrate processing with precise exposures and provides excellent maskless direct-write imaging resolution for higher fidelity images. Its unique design, combined with its software tools, make this photoresist asset an ideal choice for high-end applications.