Used DEK Horizon 03 #9240124 for sale

DEK Horizon 03 is a high-performance automated screen printing machine, designed to provide accurate and efficient results for multiple production needs, such as PCB printing, electronics assembly, semiconductor, medical device, and industrial device manufacturing. This equipment is designed with a "servo-drive, stage-guided" technology that ensures accuracy and fast prints over and over again. It has three-dimensional motion control and an intuitive dual-touch graphical user interface for the best print surface accuracy and flexibility. Horizon 03 is capable of processing various substrates like single and double-sided boards, rigid and flexible substrates, and up to 12-mil PCBs. DEK Horizon 03 delivers a medium to high-volume output with ease and uniformity, even in production environments where precise registration and repeatability are important. It can be used to easily print intricate patterns, such as those used in data transfer and load circuit printing. The scanner and three-dimensional motion control guarantee an excellent print quality, and the registration can be recovered to a tolerance of a few microns (up to 0.1mm), even during long production runs. Horizon 03 provides multiple nozzles for various processes, such as dispensing, potting, and lamination. In addition, the tool is equipped with a vision system and a squeegee pressure adjuster, to ensure clean and sharp prints, and to make sure that every printed result is fully compatible with the original artwork. The tool comes with an optional laser unit that can be used for selective soldering, air jet cleaning, and component alignment processes. Overall, DEK Horizon 03 is an excellent and reliable choice when it comes to automated screen printing. The production specs and programmable parameters of the machine make it one of the most preferred machines for precision printing in high-volume industrial settings. It also offers users a host of features that help improve the print results, enhance productivity, and reduce the margin of error.