Used PANASONIC Panasert MV2VB #9169922 for sale

PANASONIC Panasert MV2VB is a high-precision PC board assembly and manufacturing equipment that utilizes advanced technologies in multiple industry fields. It features a high-speed vision system and high-accuracy component placement function. The unit is designed to quickly assemble a variety of components as well as larger components at a rate of up to 83,200CPH with its high-speed vision machine. The high-accuracy component placement function is also enabled by a vacuum nozzle designed to pick up and place any components accurately with a placement accuracy of 0.05mm or better. Panasert MV2VB tool is capable of handling multiple component types such as BGAs, QFPs, small ICs, chip resistors, leaded components, and SMDs on single- or double-sided boards. It supports a wide range of assembly processes validations with inspections of boards and components. The asset also includes a powerful teaching software that allows users to quickly and easily store programming data. The software enables users to create new data with just a few clicks and provides testing functions, such as EM field strength test and defective parts inspection. The model also comes with a rejector equipment that automatically sorts out defective components. This ensures that only good components are populated to the board. The system is also equipped with a high-capacity feeder unit that can store up to 2,300 components at a time. This high capacity eliminates the need to frequently restock feeders. In addition, the machine features touch screen operation for easy set-up and easy maintenance. The tool is designed to be maintenance-free, with no need for belts, bearings, or other parts that require periodic maintenance and replacement. PANASONIC Panasert MV2VB is a reliable and durable PC board assembly and manufacturing asset that provides high accuracy and speed for improved throughput and cost savings. It is an ideal model for automated board assembly and PC board manufacturing for all types of applications.