Used FUJI GL 541E #192127 for sale

FUJI GL 541E is a fully automated PC Board assembly and manufacturing equipment developed by FUJI Machine Manufacturing Co. Ltd. This system provides a highly efficient and reliable solution for assembling and manufacturing printed circuit boards. FUJI GL541E is a single line processing unit that incorporates FUJI latest innovations in autonomous PCB manufacturing technology. It consists of an 8-plate flexible loader, a line feeder, an automatic component picker, placement machines, a bonding machine, control boxes, a bridge machine and a 4-track PC board conveyor. The tool enables rapid, efficient and reliable turn-around for PCB assembly and manufacturing operations. The 8-plate flexible loader allows the machine to accommodate multiple board types and sizes without the need for manual adjustments. It also ensures that components are accurately and reliably transported to the component picker. The line feeder ensures that the components are properly delivered for reliable placement. The component picker can accurately identify and pick components with high speed and efficiency. It is capable of handling up to 65,000 component types with no manual intervention. The placement machines can place various types of components ranging from capacitors, resistors, transistors, ICs, connectors, switches, discrete components, and others. The bonding asset helps to ensure reliable soldering of the components. The control boxes are used to monitor and control the entire production process efficiently. The bridge machine connects the different line potentials ensuring accurate component placements in the assembly line. Finally, the 4-track PC board conveyor ensures accurate and correct delivery of the products to the customer. In conclusion, GL-541E is a highly efficient, reliable and cost-effective solution for PCB assembly and manufacturing operations. It provides a fast turnaround time for projects and is capable of handling a wide variety of components and board types with minimal manual intervention.