Used ASM AD 896 #9217967 for sale

ASM AD 896 is a fully automated die attaching machine that can be used to attach die to different substrates. It's designed to handle any size of die, including those that are as small as 0.2mm in width. It also has features which make it suitable for handling all types of die attach materials, including lead frame and chip on flex (COF) substrates. ASM AD896 is composed of a number of components, including an industrial motion control equipment, an array of camera and sensor systems for monitoring the die, and an intuitive user interface. The motion control system ensures that the die can be accurately and repeatably placed onto the substrate. The camera and sensor unit allows for precise placement of the die and for machine flexibility, as the die can be placed on different types of substrates. The die attacher is equipped with several features that enable it to perform the die attach operation quickly and accurately. These features include a high-speed servo-driven vacuum pick-and-place process, with a vacuum chamber and Nozzle Jet, for precise and repeatable head alignment. The vacuum chamber also creates a uniform vacuum over the entire substrate. An integrated vision tool is used for alignment of the die according to the coordinates of the substrate. Additionally, the touchless transport of the substrate and the die is enabled by a high-performance conveyor belt and powered roller asset. The machine is also built to be energy efficient, with high power-saving capabilities, and with low vibration and noise levels. Furthermore, Heating and cooling options are included, to enable better die attach and substrate stability. The integrated energy recovery model is used for recycling heat generated by the machine and can reduce energy consumption during operation. In conclusion, AD 896 is a powerful, efficient and user-friendly die attaching machine that can be used to attach die to different substrates. The integrated features make it perfect for performing die attach operations quickly and accurately. Its high power-saving features also make it an ideal choice for improving efficiency in the die attach process.