Used YAMAHA YV-100 XG #118524 for sale

YAMAHA YV-100 XG is a PC Board Assembly and Manufacturing System that can be used for a variety of applications, from the most basic PCB assembly, high speed surface-mount technology (SMT) board placement and testing, to automated 3D printers for functional prototyping. At the core of YAMAHA YV100XG is a configurable platform with a maintenance-free, modular assembly process that enables expedited setup and throughput for optimizing production lines. It features a fully integrated twin-spindle head and can be customized to accept custom gripper and feeder attachments, leaving the user with flexibility to handle challenging PCB designs. For surface mount technology (SMT) board placements and testing, YV-100XG offers advanced logic programming and testing capabilities. It is equipped with two 6-axis industrial robots, a two lanes pick-up/place head, plus feeder clamps that can also handle a variety of tray types, enabling fast and accurate placement of components on the assembled boards. The advanced Logic Programming and Testing (LP@T) functionality provides users with more intelligent and automated testing and diagnostics. This can reduce time-to-market and ensure that finished products are of the highest quality. YV-100 XG also features an automated 3D printer for creating functional prototypes. It is equipped with a 500-watt laser, which enables it to accurately sinter PLA parts with the level of precision and detail required in a high-end industrial setting. Furthermore, YV100-XG is compatible with an array of offline simulation tools, giving users the ability to test their designs without running them through the actual production line. Overall, YAMAHA YV100-XG is a valuable asset for any PCB assembly and manufacturing system. It provides users with modular assembly, advanced SMT board testing with LP@T, and automated 3D printing capabilities to speed up the design and production process. Boasting a high level of accuracy and reliable output, YAMAHA YV-100XG is capable of meeting the demands of today's most complex electronics designs.