Used BRANSON 5210 DTH #9315840 for sale

BRANSON 5210 DTH is a high-flexibility die-attach system that is designed to provide efficient and reliable processing of high-volume wafer applications. It features a three-axis precision die-attach head that is capable of reaching high speeds and accuracy, with the capability to attach die ranging in sizes from 200 to 400 mm. The unit is driven by an internal stepper motor and a precise parallel kinematic mechanism, ensuring precision alignment and thermal control of the die. The feeder and vision systems are automated for fast, repeatable performance and users can program in-depth functions through the intuitive control panel. 5210 DTH is equipped with a programmable, integrated hot bar which allows users to accurately solder and bond die and other components. The system also features internal air cooling sensors that maintain temperature for improved cycle time. Additionally, its impressive power rating enables the unit to handle high power requirements. BRANSON 5210 DTH provides dual-track vision support for fiducial, DWF, and edge detection, as well as a hot bar safety feature that protects from potential damage. Additionally, the unit is designed to be robust and provides a range of process automation and programmable options to enhance user experience. Finally, 5210 DTH is designed with safety and reliability in mind. It is equipped with a variety of safety features including built-in sensors and emergency shut down systems, as well as advanced fire safety capabilities. The unit also includes a self-monitoring feature that can detect any potential errors or malfunctions, ensuring the security of your operations. Overall, BRANSON 5210 DTH is an impressive system that provides users with a cost-effective, high-speed, and precise platform for die-attach processing. It is designed to accommodate all types of substrates and die sizes, while offering robust automation and programmable functions. The unit ensures accuracy and high-volume production, and is safe and reliable.