More

    How to build fully automated warehouses with robot controllers

    Lifting heavy boxes is probably the most challenging task in warehouse logistics. There are a lot of companies looking for truck unloading systems. Luckily, a Japanese start-up is very close to commercializing this vision.

    Last year, a technology show in Tokyo had a giant robot arm reaching into a full-size mock-up of a shipping container and unloading boxes from it. It was set up on a platform that moved back and forth, performing all jobs usually done by warehouse workers and forklift operators. The robot arm was powered by an industrial robot controller developed by Mujin to fully automate warehouses and filling centers.

    How does it do it? Mujin builds robot controllers and camera systems, integrated into existing industrial robot arms. These controllers of the size of a briefcase— one for motion planning and one for vision— are acting as an operating system capable of controlling the hardware of any robot manufacturer. If a goal, such as capturing an object, is entered, the controllers can automatically generate robot movements, eliminating the traditional need to manually “teach” robots.

    - Advertisement -

    The Mujin controller can recognize the target object in 3D, using this information in real-time to plan the appropriate robot motion that performs the task precisely. The result is an intelligent pick-up system that does not require traditional, cumbersome teaching and learning systems to be programmed. In short, Mujin’s technology, based on motion planning and computer vision, makes any industrial robot capable of acting independently and intelligently.

    Spun from Tokyo University, Mujin aims to be a leader in automated logistics processes. It has created the world’s first fully automatic e-commerce warehouse, equipped with Mujin robots, for the Chinese e-commerce giant JD.com.

    The 40,000-sq-m facility in Shanghai began operation in June. It was equipped with 20 industrial robots for collecting, transferring and packing using crates on conveyor belts, camera systems and Mujin robot controllers. Instead of the usual number of 400 to 500 workers, only five is needed to run a warehouse of that size. And their job is only to service machines, not to run operations.

    - Advertisement -

    MORE TO EXPLORE

    robot competition

    How to prepare for robot combat competitions: Safety, pit etiquette, and troubleshooting

    0
    Participating in a local or national robot combat competition is a significant milestone for student robotics teams. It offers a platform to test engineering...
    robotics journals

    Top-ranked robotics journals for cutting-edge research [Updated]

    0
    Robotics continues to be at the forefront of scientific innovation in an era defined by rapid technological advancement. For researchers, students, and industry professionals,...

    Top 20 robotics competitions to watch [Updated]

    1
    Robotics competitions have evolved into dynamic global platforms where students, researchers, and enthusiasts converge to test ingenuity, engineering prowess, and problem-solving skills. These contests...
    PLC

    Integrating safety PLCs into robotic systems: A guide to smarter, safer automation

    0
    Global electronics brand Xiaomi recently revealed its first fully automated manufacturing plant in Beijing. Dubbed as a 'dark factory,' this facility entirely relies on...
    manipulator kinematics

    Understanding manipulator kinematics: The foundation of robotic motion

    0
    As robotics continues to transform industries—from manufacturing to healthcare, agriculture to autonomous vehicles—understanding the movement and positioning of robotic arms or manipulators has become...
    - Advertisement -