Used ASM Eagle Xpress Gocu #293817441 for sale

ASM Eagle Xpress Gocu is a bonder that is ideal for both manual and automated production of microelectronic assemblies using an array of resources, which includes a simple thermal ejector, a bonder head, and a bonder controller. The thermal ejector acts as a heat source to provide a copper bond to the assembly lines, controlling temperature and preventing potential thermal damage to the substrate during the bonding process. The bonder head, which can be adjusted to the adhesive equipment and the shapes requested, enables the placement of components in the correct orientation and with the highest possible accuracy. The bonder controller is the main user interface, offering access to several frequently used actions such as setting parameters and loading programs. Automated functionality can be programmed into the bonder controller to reduce the need for manual adjustments. Additionally, the automated module contains built-in diagnostics to ensure the bonder is correctly aligned and calibrated. The Gocu bond controller is designed with an intuitive, touch screen user interface that allows users to quickly view and change parameters in an easy-to-understand manner. With its built-in bond force monitoring feature, users can adjust and monitor bond force while ensuring optimal accuracy. The integrated particle contamination detection system, which can be coupled with the cameral process recognition (CPR) unit, helps identify any foreign material or other contaminants that may interfere with the assembly process. The advanced thermal cycling monitoring machine optimizes the thermal layer while taking into account the temperature gradient of the surface and the effect of the molding glue on the component. Ultimately, Eagle Xpress Gocu bonder is designed to provide automated, accurate, and reliable thermal bonding with minimal risk of thermal damage to components. Its user-friendly interface and comprehensive inspection features make it ideal for a wide range of microelectronic assembly applications.