Used ASM AD 830 #9302330 for sale

ASM AD 830 die attacher is a pneumatically-powered, semi-automatic machine designed to attach components to printed circuit boards (PCBs). This cost-effective and reliable machine provides a secure and automated method of attaching components and taking the tedious task of die mounting and attaching off the hands of assemblers. With its modular design, ASM AD830 can fit into multiple production lines and can even be modified to suit special applications. AD 830 utilizes a unique, patented peeling nozzle that operates in a cyclic pattern to reduce the risk of wear and tear on components due to repetitive usage. This feature also eliminates the need for manual peeling when components are being mounted on the PCBs. The advanced under board camera system also ensures precision performance and handling operations, with every component being precisely placed in each dedicated mounting pocket prior to reflow. AD830 is driven by a pneumatically-powered engine that enables reliable and enhanced die attachment performance. In addition, the electronically-controlled rotary valve provides flexible and smooth adjustment of the dispensing pressure. The combination of this advanced engine and unique valve ensures that components are securely and accurately mounted onto the PCBs in a timely manner. Furthermore, the software-driven operation of the machine always provides accurate feedback on the status of the component mounting process. The machine can be programmed to accommodate various board sizes and thicknesses, as well as specific component types, making it suitable for many applications. ASM AD 830 die attacher is a compact and easy to use system that is capable of handling a full range of components, allowing manufacturers to reduce the time and cost of die mounting. It provides significant savings in labor, time, and cost when compared to manual die mounting. It offers an efficient, safe, and secure method of attaching components to PCBs, making it an ideal solution for any board assembly process.