Used FUJI XP 143E #293827764 for sale

FUJI XP 143E is a highly advanced PC board assembly and manufacturing system designed for the reliable and efficient electronic production of very small components. FUJI XP143E is designed to work with high-density SMT (Surface Mount Technology) components ranging from 0201s (0.2mm x 0.1mm) to LEDs (Light Emitting Diodes). It offers excellent levels of speed, accuracy and reliability. XP 143 E is designed for long runs, with a placement speed of up to 8300 cph (components per hour). It allows the user to select from four different placement modes, including Random Mode, which enables the machine to work with components of various sizes without having to adjust the feeders every time a component size changes. This saves time, as it allows the user to continue the production cycle without interruption. FUJI XP 143 E also offers high accuracy, with a placement accuracy of up to 25 micrometers (0.025 millimeters). This ensures that each component is placed exactly where it needs to be, minimizing the chance of any faults or defects occurring. XP143E can be used to produce multilayer boards, thanks to its stack loader, which can accommodate up to four different material types, such as FR4s (flame retardant 4s), liquid crystal polymer (LCP) and polyimide. The stack loader is combined with an intelligent sprocket feeder system, which ensures the correct numerical order of the components. XP 143E offers a wide range of features to help users optimize their production process. Users can set up automatic adjustment parameters, allowing the machine to adjust settings to compensate for environmental fluctuations. It is also designed to accommodate special SMT processes, such as mixed polarity, and it offers a comprehensive CAD/CAM software package for layout and design. Overall, FUJI XP 143E is an advanced PC board assembly and manufacturing system, designed to provide users with maximum speed, accuracy and reliability. It offers a great deal of flexibility, as well as powerful automation features, making it an ideal solution for high-volume production of very small components.