Used HITACHI / RENESAS DB 700 #9159846 for sale

HITACHI / RENESAS DB 700 is a state-of-the-art die attacher designed for quick and accurate mounting of integrated circuit (IC) packages on their respective substrates. It utilizes a unique mounting head concept that is capable of placing and attaching die to their respective substrates in a single process. This allows for more efficient production and higher precision than traditional die attachers, which require two separate processes. HITACHI DB 700 features an integrated vision equipment that provides precise accuracy in picking and mounting of the die. It has the ability to measure and adjust the die location for optimal package placement on the substrate. The vision system can be customized according to customer requirements, and is designed to provide the user with real-time feedback from the mounting process. The unit also features an automatic die placement machine. This eliminates the necessity of manual adjustment of die positions. The automatic tool is based on algorithms designed to detect small variation in die sizes and durations to ensure accurate placement. User menus enable various settings according to the type of die being mounted and provide an easy and intuitive setup procedure. RENESAS DB 700 is also equipped with a vacuum asset that automates the picking up and securing of die for placement. The vacuum model features adjustable pressure for improved accuracy and a equipment designed to monitor throughput speed without compromising die placement accuracy. Cryogenic cooling for impact head is also featured on DB 700. This system allows for the impact head to stay at a constant temperature during a long run, allowing for higher accuracy and higher yields in production. HITACHI has designed HITACHI / RENESAS DB 700 with a high level of safety protocols, such as safety interlock systems, emergency stop switch, and programmable terminal blocks. The unit includes self-diagnostic functions for easy fault detection, ensuring the safety and reliability of the machine.