Used ASM MS 896 #9209512 for sale

ASM MS 896
Manufacturer
ASM
Model
MS 896
ID: 9209512
Wafer Size: 4"
LED Sorters, 4".
ASM MS 896 is a die-attaching machine that is used in the manufacture of electronic components. The machine is designed to provide high levels of accuracy and quality in attaching a component's die to a carrier substrate. MS 896 accommodates up to 48 dies per cycle, or up to 144 with an optional three-cycle equipment, enabling high-throughput production. The machine uses a heated vacuum extraction technique to solder the dies to the carrier substrate. The system also includes an innovative feedback-control unit that can detect a range of parameters, including temperature, die placement, and pressure, in order to achieve optimal die-placement accuracy and secure attachment. The component carrier can be adjusted to accommodate different sizes and types of components, resulting in faster switching between component types. The machine is designed to minimize manual intervention and streamline the process. In addition, the machine includes a nonstop cycle cleaning machine that reduces contamination and increases product quality. The die-attaching apparatus is compatible with a range of die sizes, and the nozzle can accommodate different depths and tip shapes. ASM MS 896 also features various self-diagnostic systems that allow for troubleshooting and maintenance of the machine without the need for manual intervention. The machine includes an embedded vision tool that includes a video camera and a microscope, allowing for safer, more reliable die positioning and attachment. The device is designed to run with a PC-linked controller that makes it easy to operate. It can also be integrated with an online database asset to enable the tracking and analysis of production parameters. Overall, MS 896 offers a range of features that enable high-accuracy and high-quality die-attaching in the manufacture of electronic components. The machine's range of functions make it an ideal choice for high-volume production operations.
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