Yaskawa America, Inc. Product
Member Since 1982
Founded in 1989, Yaskawa Motoman is a leading robotics company in the Americas. With over 450,000 Motoman robots, 18 million servos and 27 million inverter drives installed globally, Yaskawa provides automation products and solutions for virtually every industry and robotic application; including arc welding, assembly, coating, dispensing, material handling, material cutting, material removal, packaging, palletizing and spot welding. The Yaskawa product line includes more than 150 distinct industrial arm, delta and SCARA robot models, plus a full-line of pre-engineered "World" solutions that are complete application specific work cells, including robot, process and safety equipment. Combined with our sister and partner companies, we support robotic solutions throughout the world. Yaskawa’s proven track record of delivering industry leading quality, innovation and customer satisfaction can help you exceed your robotic automation goals.
Product filed under:
Software & AISoftware & AI
MotoEye™LT激光焊缝跟踪和MotoEye科幻m-finding software packages are for arc welding applications using Servo-Robot’s laser cameras. MotoEye SF is a high speed Ethernet interface developed for Servo-Robot’s SF-D laser camera series. The package provides an easy-to-use instruction to read in data from the camera including joint offset and joint geometry information. This information can be used to adapt the robot weld path and parameters for parts with varying location and fit-up. The seam-finding data can be combined with ComArc through-arc-seam-tracking sensor to provide preview adaptive capability for lower cost than the real time laser tracking cameras. MotoEye LT enables Motoman® robots to precisely track weld joints at high speeds and in real time, even while the parts are turning on a coordinated positioner. The software provides significant advantages when welding circumferential welds around fuel tanks or similar vessels. Additionally, the software has adaptive capability to vary the weld conditions based on joint gap information from the sensor, resulting in precise, optimized, highly accurate welds.
