Used ASM AD 898GA #293649789 for sale

ASM AD 898GA is a die attacher used in the semiconductor industry. It is a automated die bonder that allows for efficient die placement of electronic components. The equipment is used for attaching wafer-level chips and components to printed circuit boards (PCBs). AD 898GA utilizes a patented vision system for accurate alignment and placement. This ensures that each bond is accurately placed on a PCB without any offset. The die-shooter uses a multi-lens optical mechanism to capture images from the bottom of a substrate, allowing for accurate positioning of the die-package. The die-shooter is also capable of both manual and automatic die registration. The unit supports a range of die packages and attach ribbon carriers. It has a maximum placement accuracy of +/- 10 micro-meters and a bond repeatability of +/- 5 micro-meters. It can place dies at high speeds of up to 180 dies per minute. The die attacher has a wide range of process tools that allow for die attach, flip-chip attach and adhere attach. It also has an advanced wire-feeder and a wire-processing unit that allows for automated wire-bonder utilization. This ensures the highest productivity with minimal operator intervention. ASM AD 898GA is a cost effective solution when compared to manual placers and die attach technology. It is an easy to use machine with a user friendly interface. This makes it well suited for both high-volume and low-volume production lines. Additionally, it supports process forces that apply 2-axes, 3-axes and 4-axes. AD 898GA is an industrial grade machine that is highly reliable and accurate. It can handle large or small parts, as well as delicate components without any damages or deformations. It offers a high degree of process control and process monitoring due to its advanced vision tool. Furthermore, it's flexible design allows for further process expansion. Overall, ASM AD 898GA is an efficient, reliable, and accurate die attacher that is suitable for attaching and adhering electronic components onto PCBs. It is easy to use, cost-effective, and highly capable of meeting the needs of both high-volume and low-volume production lines.