Used ASM Siplace SX2 #9230460 for sale

ASM Siplace SX2 is a pc board assembly and manufacturing equipment designed to meet the needs of businesses producing high grade electronic products. It features high productivity and reliable performance with a user-friendly interface for easy operation. The system is designed for the efficient assembly of multilayer circuit boards and utilizes a variety of technologies, including pick-and-place, conformal coating, and optical inspection. The unit is capable of placing components with micron accuracy, which is critical for automated assembly production, and is able to inspect components for quality assurance. The pick-and-place technology in Siplace SX2 enables accurate placement of components from small- and medium-sized spools, on a circuit board at speeds up to 65,000 components per hour in configurations up to 50 layers. The machine can also be used for manual component placement and repair work. The conformal coating technology applies a protective layer of material to the board and its components, offering them superior corrosion protection and shielding against electrostatic discharge. It is also capable of applying several extra layers of material for additional insulation, and the machine can be programmed to adjust its approach for different board thicknesses to ensure uniform application. The optical inspection tool of ASM Siplace SX2 offers precise component orientation and quality assurance for both top- and bottom-side of multilayer boards, as well as reversed images for higher precision. It is capable of managing boards up to 350mm x 300mm in size and can monitor the placement of components up to 15 x 20mm. Siplace SX2 pc board assembly and manufacturing asset is a powerful tool for the successful production of electronic products, combining efficiency and accuracy with configurability and reliability. Its features help achieve consistent and high quality results, ensuring electronics manufacturers can successfully setup and maintain a complete and successful process.