Used HANMI 2512 #9254859 for sale

HANMI 2512 is a computer-aided manufacturing (CAM) equipment designed to maximize efficiency in the assembly and manufacturing of printed circuit boards (PCBs). The system is capable of handling complex boards with advanced requirements, such as high-volume production runs that require tighter tolerances and more intricate parts. It is a cost-effective and versatile solution, allowing users to implement an array of flexible process options. 2512 starts with a programming phase, where users enter board design data and customize the unit's settings to achieve their desired results. These settings include selecting the machine's processing direction, material parameters, and data tracking to ensure traceability throughout the production steps. The tool then processes the data, creating the necessary profiles and holes for the components. The board design is then cut, populated, and inspected using the asset's vision cameras, which can detect surface defects, proper component orientation, and solder defects. The model can also be used to introduce or remove solder-paste, as well as coating surfaces with a wide variety of substances. To ensure quality is maintained throughout the process, HANMI 2512 includes an inline monitor that tracks the entire assembly process, and a correction equipment for any component go-no-go errors. The system also allows users to develop specific test results based on their exacting standards. 2512 enables high precision and repeatability, reducing the number of manual steps and allowing for efficient turnaround time on board assembly and manufacturing projects. The unit also promotes energy efficiency with its built-in energy-saving modes, along with design features that prevent unnecessary waste. Overall, HANMI 2512 is a powerful and versatile PC board assembly and manufacturing machine that is tailored to meet the precise needs of users. It is designed to increase the efficiency and accuracy of process steps, while allowing for reliable production of high-quality results.