Used FUJI NXT II M6 #9212996 for sale

FUJI NXT II M6 is a high-end PC board assembly and manufacturing equipment designed for businesses that require rapid production and top-notch quality. Featuring a six-module line up, it is a highly efficient and reliable system that provides excellent process control to minimize waste and maximize yield. The headlining NXT II M6-#1 module is designed for high-speed, high-volume board assembly and features a high-speed chip mounter, allowing operators to produce large volumes of boards quickly and efficiently. The M6-#2 module is a precision placement module that enables accurate placement of components, while the M6-#3 module is an inline reflow oven for soldering components. The M6-#4 module enables component sorting and inspection, while the M6-#5 module is for PCB post-processing and the M6-#6 module is a PC board loader/unloader module. This unit is highly efficient and comes with an intuitive human-machine interface (HMI) for easy operation. It also offers advanced tracking capabilities you couldn't get with other systems, allowing comprehensive monitoring and control throughout the entire production process. This helps to improve process traceability and identify potential problems at an early stage. FUJI NXT II M6 machine is designed to deliver high-quality production yields and accommodate fast-paced production lines. It features a SMEMA-compliant tool, as well as a high air capacity blower asset for adequate dust extraction. It also offers a wide range of options, such as pin feeders, vision systems, FOUP loading systems, and more. In addition to its impressive performance, the model is highly reliable and designed to reduce downtime with remarkable uptime records proven in the market. It also holds CE, UL, and Class 1 Certifications for safety, making it a highly sought after option for PCB assembly and manufacturing. Using FUJI automated systems, businesses are able to produce high-quality PCBs quickly and efficiently. With NXT II M6, producers can achieve outstanding yields, reduced waste, improved process traceability, and high speed production.