Used FUJI CP 642 #165217 for sale

FUJI CP 642
ID: 165217
Chip shooter, 8x2 mm feeder.
FUJI CP 642 is a state-of-the-art pc board assembly and manufacturing equipment designed to make assembly of printed circuit boards faster and more efficient. This machine is well-suited for producing large boards with a wide range of components. It is equipped with a high-speed placement head, programmed to deliver high-precision and accurate placement of parts. The system can accommodate components with a wide range of sizes, including 0402 and 0512 metric sizes and as large as 0.2"/ 8mm, while achieving a high placement rate and unmatched defect rate. Moreover, the unit allows for real-time communication with the host controlling machine. The tool can be synchronized with the back-end SMT assembly line for a seamless automation process. It is equipped with a laser vision asset that includes a 6-axis servo mechanism which helps to reduce material consumption and scrap rates. FUJI CP642 is designed to maximize production throughput, speed, yield and quality. The model is built with an automatic part sample mode to optimize the placement process as well as an automatic tool change mode for placement of components on tricky boards. Moreover, the equipment has temperature, humidity and vibration control for higher operating temperature stability, as well as anti-static and anti-oil finishing technology for enhanced finish quality. The system has a compact frame that makes it easy to install and maneuver. It is powered by an AC100V to 240V power supply, and is designed with a user-friendly graphical user interface. It has integrated safety features, and runs on FUJI latest controller software. The unit is designed for high-volume production and fast cycle times, and it can handle up to 30 boards per hour. Overall, CP-642 is an efficient pc board assembly and manufacturing machine that is well-suited for meeting the challenges of modern high-volume production. Its advanced technology ensures fast and reliable production, high-precision placement of components, minimal material waste and a remarkable production rate.
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