Used DEK Horizon 03iX #9298484 for sale

DEK Horizon 03iX is a screen printing machine that utilizes the latest in inkjet technology to provide production facilities with enhanced print quality and high throughput. The machine utilizes a 6-axis, multi-servo platform that is capable of printing on substrates such as textiles, plastics, metals, and paper. This advanced platform ensures that the printing process is extremely reliable and yields consistent results. DEK HORIZON 03 IX is equipped with a high-performance 8-inch print head that is capable of reaching up to 1600 dpi resolution and a 16-inch printable area that can accommodate a variety of board sizes. Additionally, the printer has a dedicated variable dot size feature, allowing for increased levels of definition and detail. Furthermore, the advanced surface control technology known as DEK SuperBond ensures that all prints achieve exceptional adhesion. To increase the speed and reliability of its production processes, HORIZON 03I X is equipped with the advanced DEK MultiPrint Technology, which enables the machine to automatically recognize the size of substrate and adjust its settings accordingly in order to ensure optimal print quality. In addition, it utilizes a special set of auto-alignment tools and integrated vision systems to accurately register and align the print image, allowing operators to quickly and precisely configure their machinery. DEK HORIZON 03 I X is additionally equipped with a fast-sensing ink level detection system, allowing for automatic refill of inks, as well as advanced defect management tools that check each print job for any abnormalities and alert operators in real time. This ensures maximum up-time and accurate production results. Finally, Horizon 03iX comes with integrated remote diagnostics and a state-of-the-art operator interface that offers users critical machine information instantly, aiding operators in achieving greater production efficiencies. This makes operation stress-free and ensures that machine downtime and costly mistakes are minimized.