Used ASM AD 898 #9286490 for sale

ASM AD 898 is a high-end die attacher designed for medical device, automotive and aerospace applications. The machine is able to accurately and reliably attach dice to substrates without any additional complex setup. The attacher is equipped with a scanning camera capable of reading the size of the die and substrate automatically, as well as a powerful suction cup that works together with the mechanical stage to accurately place the die on the substrate. ASM AD898 is also equipped with a heated ultrasound head, allowing for its use in attaching thermosensitive die. The heated head is capable of precisely controlling temperature, as well as frequency and amplitude of the ultrasound waves, to ensure optimal bonding performance. Furthermore, the machine is equipped with an advanced vision system that inspects each die before and after attachment. This helps to ensure that the bond is secure and that no defects have been introduced during the attaching process. The machine is designed to be used in the cleanroom and is suitable for use with a wide variety of substrates and die sizes. AD 898 can attach die with a diameter of up to 0.25mm, as well as substrates with a range of thicknesses up to 1.5mm. Additionally, the attacher is able to cope with a wide range of CTE mismatches between the die and substrate, depending on the material and size. The robust mechanical design of AD898 ensures reliability and durability. The base and mechanical stage are made from a high-grade aluminum die-casting alloy, which is resistant to corrosion and wear. Furthermore, the machine is designed with an ergonomic layout, and the presence of a status light and audible alarm ensure that the operator is always informed about the state of the process. ASM AD 898 is a powerful and reliable die attacher that is capable of automating the attachment process and eliminating the need for manual labor. With its high-end features, this machine is suitable for a range of medical, automotive, and aerospace applications.