Used ASM AD 838 #293812975 for sale

ASM AD 838 is an industrial die-attaching equipment designed for precise placement of metal plates and components in automated processes. It incorporates a three-axis design for optimal component placement and accurate die-handling. The system's large working area, with support for up to eight die handling stages, can accommodate a large variety of component and plate sizes. ASM AD838 features an advanced computer-controlled axial drive and integrated vacuum handling technology, allowing for repeatable and precise positioning of components and plates. The unit supports a variety of robotic arm configurations and automated component feeders, enabling flexible automation options. The machine can be equipped with a component height jig and integrated component measure station, allowing a compliant component set and accurate placement of parts. The tool's operating asset allows for programming of specific placement tasks and operates at 1kHz speeds. Stepper motors provide precise component and die feeding, with a typical placement accuracy of +/- 0.01mm. The model is equipped with an integrated software package, allowing an easy-to-use interface with minimal manual intervention. A high-resolution camera provides feedback for process monitoring and ensures consistent results. The equipment features a rugged and reliable mechanical design, and a Class-10 industry-standard ISO 8 cleanroom for component installation. The system also features a low-vibration articulated robotic arm, allowing for precise component and die placement without inducing vibration or damaging the component or die. AD 838 is also equipped with a variety of safety components, such as an enclosable safety gate and a misalignment detector, ensuring safe operation. In summary, AD838 is a precision die-attaching unit that offers precise component placement and die handling. Its advanced computer-controlled technology, operating machine, and sophisticated features enable reliable, repeatable, and automated die-attaching operations, for the most demanding of applications.