Used ASM AD 828 #9311905 for sale

ASM AD 828
Manufacturer
ASM
Model
AD 828
ID: 9311905
Vintage: 2008
Die bonders 2008 vintage.
ASM AD 828 is an advanced die attacher for attaching semiconductor dies. It is a high-accuracy, high-speed equipment that combines automation and advanced robotics technology with a high-end vision system to deliver repeatable precision. With an integrated linear robot, ASM AD828 can attach dies to printed circuit boards (PCBs) or other substrates at speeds up to 200 mm/s with an accuracy of ± 10 µm. The unit is designed for 24/7 operation, meaning it can be used to attach small dies in batch or large-scale production environments. AD 828 is equipped with two programs: Offline Programming and Setup Manager, both of which allow for easy setup, programming, and monitoring of the machine. It is also equipped with a product database that allows users to store recipes and programs of die bonding operations, ensuring maximum flexibility and allowing for quick setup and programming of production processes. AD828 also has an integrated vision machine. The camera inspects each die before and after pick-and-place operations, and compares it against the reference image stored in the machine's database. This offers precise control over die placement accuracy and helps improve yield performance. Once a job is programmed and loaded, a robotic arm will then remove the diced dies from their trays and place them accurately onto the substrate. A built-in liquid reflow tool ensures that the dies are placed at the correct height, and a temperature control asset ensures that the die temperature is maintained within specified limits. In addition, multiple dies can be connected in a single operation. ASM specialized software can recognize a multitude of dies, including rectangular, round, and irregular shapes. The machine also offers automated laser marking and surface grading capability. ASM AD 828 is an advanced, cost-effective die attacher model that is ideal for high-accuracy applications in volume electronics production due to its improved throughput, accuracy, and flexibility.
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