Used YAMAHA YV #191121 for sale

YAMAHA YV is a PC Board Assembly and Manufacturing Equipment offered by YAMAHA Robotics. YV system consists of three major components - Automated Assembly Cell (AAC), Material Management Unit (MMS) and Inspection & Test Machine (ITS). AAC is an automated assembly line which can produce high volumes of quality PCB assemblies. It is a completely automated three-stage process for safely assembling complex parts. The automated assembly cell consists of a conveyor tool connected to various stations and functional components. The stations include Pre-Feeding, Primary Assembly, Secondary Assembly, Inspection, and Post-Assembly. The functional components include component feeders, parts counter, translator, nozzle feeder, probe driver, assembly arm, jetter, and weighing device. The Material Management Asset (MMS) is the monitoring model of YAMAHA YV. It stores the necessary components like BOM, raw materials, spare parts and allows the management of materials. The MMS provides a complete material traceability from components to the finished product and helps to manage and control the lot number, production quantity and delivery dates. This equipment also feature assembly instructions and materials photos to ensure consistent quality. The Inspection and Test System (ITS) helps to ensure the accuracy of the assembly process including any thin-film assembly process such as chip mounting, probing, and laser soldering. It features Automatic Optical Inspection (AOI) , X-ray inspection, 3D Solder Paste Inspection (SPI), In-Circuit Test (ICT) and Functional Test (FCT). The ITS also performs data analysis and reports on quality and performance using statistical process control (SPC). YV unit by YAMAHA Robotics is a comprehensive PC board assembly and manufacturing machine designed to meet the needs of modern industry. The automated cell assembly, material management tool and inspection & test asset components ensures reliable and accurate assembly of complex parts. With these components, YAMAHA YV provides increased production rates, greater reliability and accuracy, and improved product quality.