Used DEK 265 GSX #152350 for sale

DEK 265 GSX is a high-performance screen printer designed with the modern electronics and engineering manufacture industries in mind. It features a large working area that allows for the flexible placement of small, component-level assemblies and larger boards. 265 GSX enables production line operators to print large, intricate designs with small-footprint stencils and provides consistent results with a highly repeatable throughput. DEK 265 GSX is equipped with low-cavitation, syringe-mount squeegee and dispense systems to reduce material consumption and improve accuracy on all production runs. The onboard motion and data handling technology delivers precision placement and printing of individual components and integrated circuits, with optional vision and fiducial recognition systems to ensure reliable accuracy. The printhead on 265 GSX is driven by a high-performance linear servo motor, which operates with dramatically reduced noise levels. The integrated vision systems enable users to accurately locate components, including through-hole components, across each panel. The clear, very intuitive graphical user interface assists the operator in setting-up, managing, and controlling printing processes, as well as carrying out real-time monitoring of the process. Further benefits include an advanced process control suite and the support of multiple substrate materials. DEK 265 GSX is one of the few commercially available printers that can be integrated with a PCB handler for consistently accurate, high-quality product coverage on a wide range of substrates such as ceramic and PCBs. This, together with its highly repeatable and reliable operation, makes 265 GSX perfect for high-volume, precision-driven manufacturing, two key advantages in today's competitive environment. In conclusion, DEK 265 GSX screen printer delivers all of the features and performance needed to support a modern electronics and engineering manufacturing facility. With its robust design, flexible set-up and intuitive interface, it delivers repeatable accuracy and process control, while keeping material and noise levels to a minimum.