Used ASM AD 830 #293663148 for sale

ASM AD 830 is a die attacher used to attach a die to a substrate, usually an integrated circuit chip, in order to enable further processing. It is manufactured by ASM Pacific Technology, which specializes in advanced technology solutions for the electronics manufacturing industry. ASM AD830 features an automated die attach platform with a moving die-intro-holder for centering, capturing and releasing dice. The equipment is equipped with a vision system for die recognition and for self-correction of any adjusting errors. It utilizes a maximum of 32 feeders and can be used in conjunction with a selectable number of die transporters. In addition, AD 830 offers a highly precise positioner with integrated vision unit for checking die orientations and for die-to-process alignment. The platform is constructed of a rigid, stainless steel frame and offers a high level of vibration dampening. In addition, the platform is compatible with most standard vacuum pick-up tools and collection cups, allowing for the utmost versatility. Ultrasonic and Hot Bar technologies are also supported, helping to keep the machine maintenance-free. AD830 includes an intuitive Windows-based user interface designed for simple operation and efficient management. The interface helps to reduce operating costs and eliminate time-wasting activities by providing step-by-step instructions, as well as data collection and error-tracking features for maximum efficiency. As a result, the tool supports high-output production with minimized downtime. ASM AD 830 is adaptable to different mechanical environments and can be easily integrated into existing production lines. It is capable of controlling and monitoring of all critical parameters in real-time and can be used for all types of die attach processes, and for applications such as package singulation, leadframe attachement and surface mount technology. ASM AD830 is an innovative die attacher specifically designed for achieving ultimate cost-efficiency and performance in the electronics industry. Its high quality and flexibility make it an excellent choice for applications requiring high accuracy.