Used LLOYD DOYLE Excalibur 5000 X2 #9030259 for sale

LLOYD DOYLE Excalibur 5000 X2 is a high-end PC board assembly and manufacturing equipment developed by LLOYD DOYLE Inc. Excalibur 5000 X2 streamlines fabrication processes and eliminates manual labor with automated and computer controlled assembly. The system employs advanced solder paste printing, secure component placement, and reflow soldering techniques to ensure precise board assembly. LLOYD DOYLE Excalibur 5000 X2 is designed with an integrated on-line vision inspection unit to prevent faulty boards from entering production pipelines. This machine allows users to check for issues such as misalignment, improper component placement,and incorrect part numbers. Additionally, they can modify soldering parameters to ensure optimal reflow results. The tool is equipped with an Automatic Load Port, an adjustable pallet for centering and locating SMT chips and packages in the production line. The Automatic Load Port precisely places components at specific locations on the board, making sure that the components are properly aligned and measure accuracy. It also has a secure integration of parts measurement, board alignment, and pick-and-place functions. The user-friendly, operator-friendly control interface makes it easy for users to control the process parameters with just a few clicks. It is also designed with a fast and easy setup feature, allowing for quick changes on components or product design in minimal time. Excalibur 5000 X2 operates at high speeds, can handle large boards up to 16 inches in size, and includes several additional advanced features. The asset is also RFID tag enabled, making it easy to track all production gear as it processes. Additionally, it is integrated with metal hardware placement, reducing scrap rates and increasing production capacity. Overall, LLOYD DOYLE Excalibur 5000 X2 is an invaluable tool for those involved in PC board assembly and manufacturing. It eliminates manual labor, increases productivity, and reduces scrap rates; all while maintaining optimal operational standards.