Used ASM AD 830 #9394161 for sale

ASM AD 830 die attacher is designed to optimize die attachment processes for chip products and flat packages. This machine is equipped with a state-of-the-art 8-axis platform enabling precise alignment and secure attachment of die to substrates in chip-on-board (COB) manufacturing. ASM AD830 can be used in applications such as die mounting, die cutting, flip-chipping, and wire bonding. The 8-axis platform allows the machine to orient the die exactly as it requires. The 8-axis architecture consists of two stages: an XYZ, tilt, and swivel stage, and a fourth stage with up to two linear axes. This arrangement allows for fine-tuned flexibility to handle delicate die-triangle alignment in any combination of 2D or 3D orientations. Laser localization techniques allow for fine-positioning with far greater accuracy than traditional methods. The machine is also equipped with dual under-drive conveyors for separate input and output of the parts that accommodate parts of various sizes and types, with no manual handling. This ensures that the feed is separated for streamlined and efficient performance. AD 830 also includes a vision camera module to detect part orientations and register them quickly and accurately. AD830 also utilizes proven adhesion techniques. It is capable of die attachment using various methods, including eutectic solders, epoxies, conductive or non-conductive adhesives, or other special die attach methods. ASM AD 830 has an integrated laser fixturing system that improves registration accuracy, reduces cycle time, and increases the accuracy of the die attach process. ASM AD830 die attacher offers exceptional speed, accuracy, and flexibility. It also includes an automatic auto feeder conveyor that can be filled up to five times faster than manual loading. AD 830 is a high-performance system that is well-suited to die-attach applications in many industries. It is user-friendly, easy to maintain and upgrade, and offers a wide range of features to increase productivity and throughput.