Used PANASONIC FB50W-M #293601148 for sale

PANASONIC FB50W-M is an integrated equipment for pc board assembly and manufacturing, designed to improve the efficiency of prototype and production fabrication processes. The system consists of a number of hardware and software components, including a high-speed, quality-controlled transport unit, a quality-control machine, a laser welding/marking/data acquisition tool, a vision asset, and a user-friendly interface. The high speed of the model is key for ensuring efficient manufacture; its speed is controlled by a variable frequency drive, and its components use advanced positioning technology which minimizes the load and wear on the equipment. The variable frequency drive with its high-speed support provides optimized acceleration and deceleration, while a braking system reduces the settling time during stopping, making the unit more reliable and efficient. Its quality control machine monitors the integrity of the assembly process, with an auto-adjusting parameter to ensure optimal material reliability. The laser welding/marking/data acquisition tool ensures a high-precision finished product. It includes a galvo-scanning head with a high-speed and high-precision laser beam, which can weld and mark small parts effectively. The combination of laser welding and data acquisition processes is used to store bar-codes, text, images, and other information into the finished product. The vision asset provides an automated model for quality control; with its integrated camera, the equipment can monitor and inspect components, support SMT parts recognition, and conduct real-time error counting. The user-friendly interface makes FB50W-M system easily accessible and efficient. Its user-friendly feature enables users to easily set the parameters for fabrication processes; for example, users can set up the unit for a specific product type, allowing the machine to self-adjust the parameters according to the product's requirements. PANASONIC FB50W-M tool enhances efficiency, accuracy, and reliability of the fabrication process. It is an ideal choice for fabrication processes which require high-precision assembly.