Used DEK NEO Horizon 03iX #293668734 for sale

DEK NEO Horizon 03iX is an automated screen printer that offers innovative technology and reliable performance. It is designed to be versatile and user-friendly, providing high-quality results for a variety of applications. NEO Horizon 03iX is equipped with DEK PSS (Pressure Sensitive Squeegee) technology, which provides for precise placement of printed material, ensuring accuracy and repeatability. DEK NEO Horizon 03iX utilizes a unique printhead design, in which the squeegee and floodbar are located over and below the substrate, respectively. This design allows for a number of benefits, including improved registration accuracy, greater throughput, and increased yields. The printhead's low-force, low-vibration technology also ensures that a variety of substrates can be printed with minimal wear and tear. NEO Horizon 03iX is capable of operating with a wide range of mesh counts and stencil thicknesses. Furthermore, it is equipped with an Auto-Mesh Change equipment, which allows users to quickly and easily modify mesh settings with minimum setup time. The screen printer also includes an innovative checker board camera system, which ensures alignment accuracy, as well as a multi-process feature that assists in optimizing printing parameters for different materials. DEK NEO Horizon 03iX features high automation capabilities, allowing users to manage print jobs with a minimal number of interventions. It includes an integrated vision unit, which can measure voids, misalignments, and other process related errors in printed parts. Additionally, the unit includes a "print-count" machine, allowing for batch-printing and facilitating the completion of multiple jobs in a shorter amount of time. Overall, NEO Horizon 03iX is a reliable and highly accurate automated screen printer ideally suited for a range of PCB applications. By utilizing DEK PSS technology and its other innovative features, DEK NEO Horizon 03iX ensures that users can achieve consistently excellent results in even the most challenging environments.