Used MUSASHI ENGINEERING FAD 2100 #131635 for sale

MUSASHI ENGINEERING FAD 2100 is an advanced pc board assembly and manufacturing equipment. The system is capable of producing high-quality boards with greater accuracy and efficiency than traditional methods. It utilizes a range of powerful tools and automated processes to assemble circuit boards quickly and accurately. FAD 2100 comprises several different components. Firstly, it features a pick and place robot to handle components and complete placement of parts. This robot is capable of performing complex assembly tasks and can be programmed to assemble almost any type of pc board. The station also features an advanced, three-axis vision unit for quality control, to ensure accuracy and consistency. In addition, MUSASHI ENGINEERING FAD 2100 also features an integrated AOI (automated optical inspection) machine, which inspects and confirms quality of components quickly and accurately. FAD 2100 also boasts an advanced software package, with purpose-built tools to make customizing and creating designs simple. The software includes CAD tools and component libraries, allowing users to customize component placement and shapes, as well as test and validate designs. The software also allows users to quickly and accurately generate assembly instructions and export them to the pick and place robot. MUSASHI ENGINEERING FAD 2100 also features advanced production tracking and record keeping. It allows for the accurate and reliable tracking of components, with the ability to trace each component to its origin. This ensure tight production control and quality assurance. Overall, FAD 2100 is an advanced and highly efficient pc board assembly and manufacturing tool. It's equipped with powerful tools and systems, such as the pick and place robot, vision asset and AOI, to produce high-quality boards quickly and accurately. Furthermore, its intuitive software package makes designing and customizing boards simple, and its advanced tracking capabilities ensure a reliable and safe production process.