Used PANASONIC KXFW1KS5A00 #200059 for sale

PANASONIC KXFW1KS5A00
ID: 200059
8mm Double-lane feeders, Many available With sensor 2012-2016 vintage.
PANASONIC KXFW1KS5A00 is a standalone PC board assembly equipment designed to provide a complete and integrated hardware and software solution for efficient and accurate PCB manufacturing. The system includes a high-precision motion controller with servo actuators for precise positioning of components and a state-of-the-art vision unit for automatic component recognition. The machine is capable of handling both through-hole and surface mount components. KXFW1KS5A00 supports both manual and automated workflows. In manual modes, the machine is equipped with a teach mode for programming the machine using PC boards, while in automatic mode, PC boards are loaded on the machine's conveyor where they are automatically recognized and handled. Automatic placement and feeding of components is also included, ensuring the highest levels of accuracy and reliability. In addition to the advanced tool features, PANASONIC KXFW1KS5A00 also includes powerful software features to simplify the setup and operation of the machine. The asset runs Windows CE OS and allows users to custom configure the machine by setting parameters and programming the software. Additionally, setup programs, data input and machine control are easily managed through the retractable touch-panel display, and a web-based remote monitoring model is included for monitoring uptime and maintenance. KXFW1KS5A00 is the ideal solution for quick and reliable PCB assembly and manufacturing and is designed to handle the most demanding industrial environments. The equipment features a multi-axis motion platform for precise axis control and positioning, and has been tested according to IPC-A-610 standards. The unit is designed for easy maintenance and service, and includes a built-in diagnostic system for troubleshooting. A wide range of spare parts are available for purchase to ensure continued operation of the unit for the longest possible life cycle.
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