Used ASM Harrier #9315386 for sale

ASM Harrier Bonding Cell is a robust, high performance bonding equipment for performing autonomous spot bonding, chip assembly, and a variety of adhesive and non-adhesive micro-assembly processes. The system comprises a three-axis motion platform coupled with a precision bonding head and a versatile adhesive or non-adhesive dispensing unit. Harrier is capable of producing complex assemblies with high positional accuracy and repeatability. Each ASM Harrier assembly cell includes a three-axis motion control platform that provides highly precise, smooth, and repeatable movement in three dimensions. The X, Y, and Z axes are each equipped with stepper motors and linear encoders to ensure accurate positioning and motion control. All axes feature mechanical anti-backlash devices to ensure repeatability and stability even when the assembly pressure is dynamically changing. The machine is further enhanced with a precision bonding head, capable of both vertical and rotational movement, to enable a wide range of bonding techniques. The bonding head includes a passive collimator to accurately align the components, and is adjustable to accommodate different materials and surface topography. An optional dispensing tool is also available, to provide either adhesive or non-adhesive materials for bonding, sealing, and gap-filling. The intuitive operator panel allows the user to interact with the asset and input parameters such as assembly difficulty, bond duration, and quality setting. This data is then used to generate highly repeatable bond profiles and paths, ensuring consistency in the production process. The model is also equipped with thermal and safety sensors to detect and alert the user of any malfunctions or anomalous conditions. Harrier is a flexible and cost-effective solution for autonomous spot bonding and micro-assembly processes. With its an intuitive controls, pre-programmed profiles, and powerful features, ASM Harrier is ideal for producing high quality assemblies with the utmost precision and repeatability.