Used YAMAHA / I-PULSE D1 #9129080 for sale

YAMAHA / I-PULSE D1 is a state-of-the-art semi-automated PC board assembly and manufacturing equipment that provides superior quality, accuracy, and reliability in production environments. The system features a fully-loaded interface equipped with touch panel monitoring, programming and control, combining the best in YAMAHA technology. This allows advanced programmable automation to be quickly and precisely configured, delivering a more efficient handling of circuit boards and components. The interface also includes a peripheral vision camera unit for real-time monitoring and verification of mounted components. This ensures mounted components are correct and in place before proceeding with the main assembly process. YAMAHA D1 is capable of handling complex SMT (Surface Mount Technology) designs, with to of 16 and above component and mixes of IC packages, fine-pitch, and through-hole components with lead roof, QFN, and LQFP packages. The machine's horizontal conveyance module keeps boards stable and accurate during the loading and unloading process. The tool offers high accuracy placement of small 0201 components with repeatability down to 10μm to support precise designs of high-density electronic assemblies. The same level of accuracy that is required for PCB design is also applied in the PCB assembly. I-PULSE D1's advanced built-in algorithms also ensure high-speed production with high-quality components, which are verified for the correct part numbers and values as part of the assembly process. This ensures that boards are accurately built to meet the manufacturer's specifications as a final product. The asset also includes built-in QA and CFM (Conformation Fault Mapping) analysis as it works to track all manufactured boards. This allows the engineer to access traceability and statistical process control information at the end of a manufacturing run. Overall, D1 is an effective and reliable PC board assembly and manufacturing model that combines sophisticated technology and advanced built-in algorithms to ensure quality output and increase the efficiency and accuracy of assembly processes.