Used MPM UP 1500 #9019134 for sale

MPM UP 1500 is a semi-automatic, computer-controlled machine for medium- to large-scale screen printing applications. It is highly reliable, accurate, and includes a range of advanced features to ensure the best quality printing results. One such feature is its advanced mechanical equipment, which works to ensure a precise and consistent registration of print area and artwork on substrates. The machine bed includes a registration system that helps to ensure that both the image and the media are perfectly aligned during the printing process. Additionally, MPM UP-1500 is equipped with servo-driven drives and synchronous movement systems for precise printing speeds. These features allow for high quality graphic reproduction with quick setup times. UP 1500 has a robust UV curing unit, allowing for quick and cost-effective post-heating of printed substrates. This machine also boasts environmentally-friendly features such as sealed lamps and low power consumption. UP-1500 is compatible with a variety of inks and substrates, meaning it can be used in a range of printing applications. It also provides the user with several levels of automation for maximum efficiency. MPM UP 1500 includes an automated screen handling tool, as well as an automatic frame loading and mesh tensioning mechanism. The machine also features automatic squeegee pressure control, which helps to provide flawless printing. Additionally, MPM UP-1500 includes automated media alignment and adjustment in order to eliminate the need to manually adjust printed images. UP 1500 is an ideal machine for medium to large-scale screen printing applications. Its range of advanced features make this machine a reliable choice for producing high-quality printed graphics. Its capable of printing onto a variety of substrates using different types of inks, and is equipped with several levels of automation to increase production efficiency. Maintenance and setup of the machine are also extremely simple, allowing for swift and effective operation.