Used FUJI XPF-L #9384853 for sale

FUJI XPF-L is a computerized, modular, pick-and-place assembly and manufacturing equipment designed to produce PCB assemblies. The system uses dedicated components for each stage of the process, allowing for various configurations of processing areas. XPF-L is equipped with four distinct sections. The first section is the main component where the parts are loaded, unloaded, selected, positioned and placed on the board. The second section is the auxiliary station, where specialized software and other functions are used to keep track of the parts and process the orders. The third section is where the parts are temporarily stored and then transferred to the next station. The fourth section is the final one, where the parts are tested and inspected to ensure product quality control. FUJI XPF-L can perform multiple tasks in parallel. It can load a single board in one area and unload it in another, perform surface mount technology operations, reflow operations, and more. For each task, the unit can be set up with the appropriate tools and software to increase efficiency. XPF-L is equipped with several built-in safety features, such as automatic speed monitoring, collision detection, and emergency stop. The machine also comes with an advanced self-training feature, allowing operators to program the tool quickly without any programming knowledge. The asset is equipped with an active steadifier which ensures smooth handling of parts. This allows for fast and accurate component placement, even at high speeds. The model is also capable of recognizing components with different shapes and sizes. In summary, FUJI XPF-L is an efficient, robust, and advanced PCB assembly and manufacturing equipment capable of performing multiple tasks in parallel with ease and accuracy. The system comes with a host of pre-installed safety features and functions, allowing for a safe and reliable manufacturing process. The easy-to-use operator interface and automated self-training feature will ensure increased productivity and reduced operator errors.