Used DAGE 4000 #293671961 for sale

DAGE 4000 bonder is a computer-controlled die attach equipment designedfor mounting components to a substrate. It utilizes computer-controlled stages and multi-axis robotics technology to position and assemble components to a substrate. The bonder is also equipped with an auto-locator system that allows it to precisely position components and pick them up from different types of components trays. The bonder is capable of handling components with a range of sizes and shapes, including chip resistors, capacitors, and thin-film devices. The bonder uses thermocompression, ultrasonic, and hot bar processes to attach components to substrates or leads. The thermocompression process uses pressure to force the component onto the substrate or leads. Ultrasonic bonding vibrates a component to secure it to the substrate, while the hot bar process uses a heated tip to melt the metal of the component which then solidifies when the current is removed. Each of these methods can be used by the bonder to place components of varying sizes and materials accurately. 4000 also has an integrated vision unit with optical and video capabilities, allowing the machine to locate and attach components exactly. The vision tool is able to compensate for any misalignment in the placement of the component that may occur during assembly. This vision asset also enables feedback on assembly process conditions, allowing the model to identify any issues and reject assemblies that do not meet the desired criteria. The automated bonder also offers several user-friendly features such as a color graphical user interface and operator-efficient operation that allow users to adjust settings and monitor process conditions. The user can choose from a variety of programs to customize the equipment's operations. The bonder also offers a self-diagnosis mode, enabling a user to find and repair problems quickly. DAGE 4000 is designed to reduce production costs and boost throughput. It is capable of attaching high-precision components with repeatable accuracy, ensuring consistent high-quality assemblies. The system's high level of automation also reduces cycle times and enables it to support long-term usage with reliable performance and quality.