Used ASM AD 8912 SD #9395198 for sale

ASM AD 8912 SD die attacher is a process automation equipment designed to precisely attach wires, leads, and other components to dies, MEMs, and other substrates using a range of advanced technologies. AD 8912 SD die attacher consists of a mainframe, feeder unit, vacuum chuck, X-Y-Z precision drives, pick-and-place head, and automated vision and measuring systems. This system is capable of handling a wide variety of die sizes, from the very small to the very large. The feeder unit is capable of accurately introducing and orienting die in the placement area, while the automated vision and measuring systems can inspect and verify die position and alignment with environment-specific parameters (such as humidity, pressure, and heat). The X-Y-Z precision drives are responsible for positioning the die and components with precision. The pick-and-place head is responsible for selecting and attaching components to the die with precision. ASM AD 8912 SD die attacher is equipped with an advanced control unit that includes various sensors and actuators that can be used to adjust the process parameters on the fly. The control machine consists of an automated tool of programmable logic controllers (PLCs), which can be programmed to optimize flow, reduce cycle time, and increase efficiency. Additionally, it is equipped with a wide range of parameters that can be adjusted according to the specific process being conducted, such as temperature, pressure, speed, vacuum level, and more. AD 8912 SD die attacher can also be equipped with a range of accessories, such as a vacuum monitoring asset to verify correct evacuation levels are maintained, a pin insert tool to accurately introduce pins into die, and auto-chuck and auto-align systems to optimize lead placement. Additionally, a range of vacuum, hot melt, and manual attachment tooling are available that can be customized according to the needs of the customer and the process being conducted. ASM AD 8912 SD die attacher is designed to provide superior repeatability, accuracy, and reliability. The model can easily be integrated into existing process automation systems, and is ideal for a wide range of MEMs, die, and component attachment processes.