Used VERTEQ 1600 #293638323 for sale

VERTEQ 1600 is a photoresist equipment for multi-layer electronic production, ideal for a range of precision manufacturing needs. It uses advanced laser imaging, UV imaging and excimer laser technology to deliver high-quality, high-resolution resists on circuits and substrates with great accuracy. 1600 features an automated optical alignment system, which ensures that the photoresist images the substrate with the exact alignment relationship required. The automated positioning unit additionally offers a high degree of repeatability and accuracy, making it ideal for the tight parameters used in modern production lines. VERTEQ 1600 also provides in-process monitors to closely monitor the photoresist film's adherence and stability. This ensures that any process anomalies can be identified quickly and that users can be alerted to any potential issues. What sets 1600 apart from other photoresist systems is its ability to create multilayer deposits of high-resolution resists on substrates. This is achieved using advanced laser imaging and imaging processing, resulting in highly-reproducible resist patterns with sharp definition. The machine also offers users the flexibility to select from a range of laser types, film thicknesses and resolutions. The lasers used in VERTEQ 1600 are capable of producing photoresist patterns with resolutions as low as 5 µm and as high as 25 µm. Additionally, the use of UV imaging allows for processing of complex and fine features, as well as faster production. 1600 is also equipped with automated process control and data analysis capabilities. This means users do not need to manually monitor and adjust the photoresist film parameters as the tool automatically adjusts these parameters according to the semiconductor circuitry design. This helps ensure perfect fidelity in the manufacturing process and reduces production errors and defects. In conclusion, VERTEQ 1600 is an advanced photoresist asset that offers superior accuracy, repeatability, and flexibility compared to conventional systems. With its advanced laser imaging, imaging processing, and automated process control features, it is an ideal choice for those seeking highly-precise and reliable production of electronic components.