Used AQUEOUS TECH SMT #9177423 for sale

AQUEOUS TECH SMT is a leading other wafer processing equipment that is designed for use in semiconductor manufacturing and other precision component component assembly. The system is used for applying a wide variety of technologies including adhesives, thick and thin film processes, epoxies, electrically conductive and thermal compounds, and UV cured systems. It is designed to provide advanced precision and scalability while utilizing aqueous technology that is applicable to a wide range of component assembly operations. SMT is a specialized unit that features patented process technology that utilizes an aqueous medium to deliver a high level of precision and accuracy. The machine utilizes a sophisticated gas-filled precision microfluidic dropper to accurately and precisely apply small volumes of fluid with pixel level accuracy. It supports a range of material application processes including advanced microfluidic printing, dispensing, and spotting of fluids, including micro-doses of thick and thin film materials. The tool uses adjustable frequency control to ensure highly precise and repeatable applications with a variety of patterns, including cross-sections, circles, lines, and squares. Additionally, AQUEOUS TECH SMT utilizes modular designs to reduce component wear and enhance service life, as well as removable nozzles for easy maintenance and cleaning. The result of this advanced asset is higher yields and quality in soldering, circuit board assembly, and other wafer-based processing. Increased yields allow for faster throughput and cost reduction when used for assembly processes. Smoother and more precise material application ensures higher product performance and longer operating life. The aqueous technology is also ideal for operations requiring precise and repeatable control with minimal impact on any surface components. SMT brings a range of benefits to the wafer fabrication process. It is a highly versatile solution that can be used across a wide range of applications. Additionally, its precision and repeatability ensure consistent and reliable results. The model also helps to reduce material waste and improve overall efficiency, resulting in a lower total cost of production. The modular design and removable nozzles also allow for easy maintenance and cleaning, resulting in long-term reliability.