Used ASM AD 838 #293592742 for sale

ASM AD 838 is an advanced die attacher that is used in various industries for accurately placing and attaching dies to materials. It is a highly precise machine that is capable of attaching pellets, chips, and small dies to material surfaces with a very accurate level of control. It is equipped with a highly sensitive motion control system that allows for precise placement and attachment of dies to the material. The machine itself is designed with a robust steel frame and an adjustable base for better positioning of die inserts. It is also equipped with a powerful AC servo motor that provides a smooth, fast, and accurate movement of the dies to their final destination. The built-in data communication port provides an easy means of integrating the machine with other programs or systems. ASM AD838 is equipped with a variety of features that make it an ideal choice for placing dies on materials. It has an early warning device that will alert the user when the die attachment is not properly aligned. It also has adjustable travel speed as well as a transport device for moving dies quickly in between destinations. Additionally, the machine is equipped with a die storage system that allows for easy storage of up to 8 dies at a time. As a fully automated machine, AD 838 is able to accurately place dies onto almost any material surface, regardless of size and shape. It is able to place chips and small dies within less than 0.01 mm of accuracy, which is highly important in industrial applications. The machine is also highly reliable, as it is tested extensively to offer optimal operation and longevity. In sum, AD838 is a highly precise, reliable, and efficient die attacher that can be used in a variety of applications. It is equipped with a range of features that make it an ideal choice for attaching dies to almost any type of material. Its highly accurate and reliable design makes it the perfect machine for industrial applications such as precision electronics, automotive, and medical applications.