Used MUSASHI ENGINEERING FAD 2500-DL #9250316 for sale

MUSASHI ENGINEERING FAD 2500-DL is a pc board assembly and manufacturing equipment designed for high-precision and high-speed production. The hardware and software of the system provide a comprehensive solution for automatically assembling and producing pc boards. The unit includes an automated vision tool that helps with the alignment and placement of components, such as connectors, chips, and other hardware on the pc board. This tool utilizes a high-resolution camera, an automated vision inspection machine, and auto-detect calibration to ensure that every component is properly aligned and placed on the pc board. The hardware of FAD 2500-DL tool also includes a conveyor belt to move components from the feeder to the placement head and then to the next step in the process. The conveyor belt is designed with several adjustable speeds, allowing the user to set the desired belt speed easily. This helps to maximize the accuracy and speed of the manufacturing process. The asset includes a "teach" and "learn" mode, which makes it easier to switch between assembly and production sequences. The "teach" mode allows the user to teach and set up different recipes for different pc board types. The "learn" mode allows the model to remember and store the recipes for future production runs. The software of the equipment is designed with intuitive controls, providing operators with an easy-to-use graphical user interface (GUI). The GUI displays all components of the pc board, their properties and allows users to quickly configure their production. It also provides a detailed log of production data, enabling operators to troubleshoot any problems that may arise during production. Overall MUSASHI ENGINEERING FAD 2500-DL is a powerful pc board assembly and manufacturing system that combines intuitive software with high-precision and high-speed production hardware. It is capable of quickly and accurately assembling and producing intricate pc boards, making it ideal for a variety of manufacturing requirements.