Used MIRAE MX 400L #9246115 for sale

MIRAE MX 400L is an automated pc board assembly and manufacturing equipment designed to provide efficient and high-quality results. It features integrated hardware and software components, as well as advanced technologies to help automate the board assembly process. At its core, MIRAE MX400L includes a fully automated surface-mount technology (SMT) assembly line, designed to make the task of assembling PCBs easier and faster. It can mount two up to eight components at once, making it ideal for producing larger quantities of boards in less time. MX 400L features a 4-head placement head, 4-axis taping machine and a rotary transport system. It can place components such as through-hole, surface-mount, BGA and chip capacitors with a precision of 0.3 millimeters or less. Additionally, the machine has three integrated fume extractors to protect workers from toxic fumes produced by the soldering process. The software component of MX400L is an intuitive, user-friendly program designed for complex visual inspections of SMT boards. It can identify defects in the paste and components, even during the soldering process. Additionally, it can produce 3D images of defective areas, allowing users to quickly pinpoint and repair any problems that may arise. This software also supports the integration of AOI, SPI, X-ray, SEM and other inspections, allowing users to quickly identify any potential issues. Furthermore, MIRAE MX 400L offers unparalleled CICI speed, allowing the machine to inspect and repair a large number of boards quickly and efficiently. It is also fast enough to meet the production requirements of busy and large factories. With its advanced technologies, this unit is designed to deliver quick turnaround times and reliable results. Overall, MIRAE MX400L is an advanced pc board assembly and manufacturing machine that is designed to optimize the entire process, from component placement to inspections. It is fast, efficient and reliable, providing users with high-quality results in the least amount of time possible.