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An example of semiconductor assembly machinery is a ball bonding machine, which is employed in the production of integrated circuits and other electronic devices.
The device is used to attach a thin gold or copper wire to the lead frame of a semiconductor package, printed circuit board, or the bonding pad of a semiconductor chip. Ball bonding is the name of this procedure.
A short wire, often only a few miles in diameter, is heated with an electric arc during the ball bonding process until it melts and forms a tiny ball at the tip.
After that, the ball is placed against the semiconductor chip’s bonding pad, and ultrasonic vibration is used to fuse the ball to the pad. A little bond wire that links the pad to the lead frame or printed circuit board is left after the wire has been removed from the ball.
Ball bonding, a crucial step in the production of semiconductors, is used to connect the various components of a device. This procedure is automated by the Ball Bonding Machine, enabling high-speed and high-precision bonding.
The Global Ball Bonding Machine Market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
The FB-e20N is a member of the most recent wave of ball bonder inventions from Kaijo. With either gold, copper, or Argentum alloy wire, it is made to satisfy all wire bonding specifications for a range of applications, including discrete components, LEDs, and small component packages.
Key Elements ;- 56 mm x 80 mm bonding area
The high degree of flexibility: variants that can be used with vertical LEDs, segment diodes, or reel-to-reel processes improved design with better rigidity on the X and Y axes and a modern servo
eyes – Kaijo’s upgraded identification algorithm to prevent misalignment; higher net productivity with the best yield
Step Bond Sequence: Fine Process Control Visualization for Better Bonding on Small Packages
Two frequencies can be chosen for each bond using a dual-frequency transducer. SECS/GEM interface real-time monitoring of wire deformation, transducer frequency, and spark current, Barcode reader integration is a possibility. It has automatically cleansing capillaries, Automatic threading into a capillary of the wire.
