Used YAMAHA i Pulse M2 #9176499 for sale

YAMAHA i Pulse M2
ID: 9176499
Vintage: 2006
Pick and place machine With trolley 2006 vintage.
YAMAHA i Pulse M2 is a state-of-the-art PC board assembly and manufacturing system. It incorporates advanced vision technologies for superior accuracy and reliability for automated placement and welding. YAMAHA M2 increases line speeds by 5-10 times compared to traditional methods and provides a highly cost-effective solution. Its high-speed vision technology accurately recognizes various components mounted on printed boards, making it suitable for applications with components of different sizes, such as capacitors, resistors, or ICs. The vision is also used for Solder Paste Inspection (SPI) to ensure quality control of the printed boards. In addition to its advanced vision technologies, I-PULSE M2 also features YAMAHA patented Total Quality Process (TQP) technology for reliable and repeatable high precision. TQP technology uses parallel dual-lane placement to accurately identify components and place them with a precise, low-pitch pattern. The system also features YAMAHA patented TQP-R technology for automated rework. The TQP-R technology enables rapid and accurate real-time repair of components and assemblies. This improves manufacturing productivity by reducing errors and enhancing component reliability. YAMAHA I-PULSE M2 also features YAMAHA unique Lago Process, an intelligent automated soldering technology that guarantees highly accurate soldering on printed boards. Lago Process is a vision-guided automated soldering technology that eliminates manual soldering and reduces errors. Lago Process also provides a complete view of the soldering process, allowing for improved control and reduced defects. I Pulse M2 is a highly capable PC board assembly and manufacturing system. Its advanced vision technologies, patented Total Quality Process and Lago Process technologies ensure superior accuracy and reliability in automated placement and welding. This makes it an ideal choice for rapid and accurate assembly of components on printed boards.
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