Used HUGHES / PALOMAR 9000 #293645388 for sale

HUGHES / PALOMAR 9000 Bonder is a robust bonding system used to assemble and bond a variety of materials, substrates and components. HUGHES 9000 series machines work with a wide range of materials, including silicone, plastics, metals, and ceramics, with critical prototypes and production parts. The bonders have a three-axis system, allowing them to access hard-to-reach areas, while a precision laser optics and drive system along with force/vacuum motorized stages make it easier to consistently meet tight tolerances. The machines achieve a 0.5 micron repeatability accuracy, with a process rate of 8-10 seconds for one full bonding cycle. PALOMAR 9000 series is designed with interchangeable hotplates, making it easy to switch between dissimilar parts - no extra jigs are needed. The hotplates are offered in a variety of sizes and rate to 200°C, with active cooling to avoid damaging delicate parts. They are equipped with both vacuum and force capabilities, allowing the user to configure the bonder depending on their application requirements. Additionally, 9000 series has advanced pre-heat options for both metals and ceramics, with a function called DSP dynamic temperature control, which automatically adjusts the temperature for each part based on its individual properties. The bonders come with an integrated process controller, simplifying setup and monitor operations. This helps ensure the highest quality bonding performance. Through the intuitive user interface, users have the ability to perform analysis and adjust parameters in order to achieve the most advantageous results. The unit offers a data logging function, which stores process setup parameters and cycle time, to review existing processes and make necessary corrections. The machine has a touchscreen display and panel mount, with a graphical process view procedure and real-time cycle time display, which gives users more control. Overall, HUGHES / PALOMAR 9000 Bonder offers users a reliable and controlled way to assemble and bond delicate parts with precision and repeatability, making it a great choice for research, prototyping and production use.