Used DAGE 4000 #9371691 for sale

DAGE 4000 is a precision bonder designed for micro-joining applications. It is a top-of-the-line bonding equipment that works with a variety of processes, making it a great choice for small scale assembly operations. This system offers up to 3 axes of motion along with automated tooling and gripperassemblychangeovers, ensuring that the most complex jobs can be completed quickly and cost effectively. 4000 has a small footprint design that is ideal for tight-spaced environments, as well as an ergonomic panel with LCD touch screen for easy operation. The machine can handle both micro-welding and micro-bonding processes, such as thermosonic, wedge, heatmelt, and cold compression. All of these processes are run through the laser monitoring control unit that ensures accuracy and repeatability. The machine also offers manual and programmable fine adjustment with the help of motorized axis controllers and coordinated motion, allowing for improved production throughput. It is also equipped with an integrated laser monitor and a preview tool, which ensures that any imperfections are caught and corrected before production. DAGE 4000 is the perfect asset for advanced assembly operations. It is highly reliable and robust, supporting consistent high performance and meet strict quality requirements. For added flexibility, several accessories are available, such as wire positioning and welding kits, heat melt systems and thermosonic assemblies. The model is designed to give users maximum control over the process, making it an ideal choice for a variety of industries, such as medical, aerospace, and electronics. This equipment is capable of working with a wide range of materials, including metals, ceramic, and polymers. In conclusion, 4000 is an advanced bonder solution that can handle a range of welding tasks with superior precision and accuracy. With its compact design, ergonomic panel, and powerful laser monitoring system, it is an excellent choice for improving cycle times and meeting production demands.