Abstract: A semiconductor chip flipping assembly and an apparatus for bonding a semiconductor chip using the same are disclosed. In accordance with the semiconductor chip flipping assembly and the apparatus for bonding a semiconductor chip using the same, a front surface of a wafer is mounted in a wafer holder to face downward. Each of dies of the wafer is then pushed downward to a tray disposed therebelow, thereby eliminating a need for a separate flipping process of the semiconductor chip and two or more robot arms.
Abstract: A method for bonding a semiconductor chip is disclosed. In accordance with the method of the present invention, a front surface of a wafer is mounted in a wafer holder to face downward. Each of dies of the wafer is then pushed downward to a tray disposed therebelow, thereby eliminating a need for a separate flipping process of the semiconductor chip and two or more robot arms.
Abstract: A semiconductor chip flipping assembly and an apparatus for bonding a semiconductor chip using the same are disclosed. In accordance with the semiconductor chip flipping assembly and the apparatus for bonding a semiconductor chip using the same, a front surface of a wafer is mounted in a wafer holder to face downward. Each of dies of the wafer is then pushed downward to a tray disposed therebelow, thereby eliminating a need for a separate flipping process of the semiconductor chip and two or more robot arms.
Abstract: A method for bonding a semiconductor chip is disclosed. In accordance with the method of the present invention, a front surface of a wafer is mounted in a wafer holder to face downward. Each of dies of the wafer is then pushed downward to a tray disposed therebelow, thereby eliminating a need for a separate flipping process of the semiconductor chip and two or more robot arms.