Used MIRTEC MV-3L #9209171 for sale

MIRTEC MV-3L is a PC board assembly and manufacturing equipment. This system is designed to provide a complete solution for medium to high-volume PCB production processes, and is capable of operating in both manual and automated modes. The unit is equipped with an advanced dual-axis vision machine that eliminates the need for manual programming and positioning processes. The tool uses a high-resolution CCD camera and LED lighting to image the PCB, which is then analyzed and processed using patented artificial intelligence algorithms. The vision asset also allows for removal of errors and omissions from the programming stage, resulting in improved accuracy and fewer production errors. MIRTEC MV 3 L offers a variety of tools to support the production process, including automatic component placement, automatic wiring, surface mount technology, and pin-in-paste printing. It also provides a highly accurate component sorting model, reducing the time required for component placement and contributing to higher throughput. Other features include automatic fiducial placement, automatic soldering, pressure differ control and vision recognition. In addition, the equipment is equipped with a high-speed Auto-Feed System, which is able to feed components into the unit quickly and reliably. The Auto-Feed Machine is also able to inspect incoming components for any faults or defects before they are fed into the tool and can even detect component misfeeds during operation. MV-3L also includes a software package designed to improve productivity by reducing downtime and minimizing manual labor operations. The asset features a full range of functions, from semi-automatic to fully automated operations, making it easy to operate. Overall, MV 3 L is a powerful tool for PCB production. Its advanced dual-axis vision model, automated tools, and improved software package make it ideal for any medium to high-volume PCB production process. It is capable of delivering high accuracy and improved throughput while minimizing errors and labor costs.