Used DEK Horizon 03iX #9311834 for sale

DEK Horizon 03iX is a state-of-the-art automated screen printing equipment designed to optimize the production process for printed circuit boards and other types of prints. Its dual-profile design is suitable for a wide variety of substrates, allowing for both accurate and efficient manufacturing. This system is suitable for both batch and inline printing, providing a high-performance and cost-effective solution for printed circuit boards and assemblies. DEK HORIZON 03 IX features an intelligent 'X-Y' drive unit that ensures precise, repeatable accuracy for all printing activities. This is enabled by a high-resolution, 35" digital servo motor, which controls the platform and its associated registration mechanisms. Moreover, the high-torque drive machine ensures reliable transfer of the mechanical energy, resulting in improved accuracy and repeatability. The dual-profile design of HORIZON 03I X offers a combination of high accuracy and flexibility, allowing for adaptation to different substrate sizes and materials. It also offers a range of high-end printing features such as aluminum printing, dual solder layers, and specialized offset printing. Additionally, the wide format printing feature of the tool provides improved coverage on projects, ensuring a more accurate and repeatable result. DEK HORIZON 03I X is designed with user-friendly features such as an easy-to-use interface, decreased setup time, and integrated inline registration. It also offers quick production speeds and a range of integrated vision systems, allowing for precise printing of both simple and complex designs. Furthermore, the asset is equipped with additional features such as SPC monitoring for quality control, an auto-teach mode for easy training, and multiple nozzle support for greater productivity. Finally, Horizon 03iX provides extended maintenance life with low electrical power consumption. Its monitoring systems deliver accurate and detailed data on the performance of each process, allowing for efficient trouble-shooting and increased model uptime. It also has advanced self-learning features that enable improved equipment performance and increased repeatability. As such, it is an ideal solution for both simple and complex printing applications, providing increased efficiency and cost-effectiveness.