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Friday, September 20, 2024

Warehouse automation replace with Fetch Robotics and Anyware Robotics


 

On the newest episode of The Robotic Report Podcast, we chat with Thomas Tang, CEO and co-founder of Anyware Robotics. Anyware Robotics is launching an autonomous trailer unloading resolution, that may make its debut at MODEX 2024.

The mechanism consists of a cellular manipulator that features a Fanuc CRX 25iA cobot mounted on prime of a custom-built, omnidirectional AMR base. Guests to the upcoming MODEX present will be capable of see the Pixmo robotic demo dwell within the Anyware Robotics sales space.

anyware robotics mobile manipulator unloads boxes from a shipping container.

The Pixmo cellular manipulator from Anyware Robotics makes use of a vacuum gripper and imaginative and prescient steerage to amass packing containers from the container. | Credit score: Anyware Robotics

On this episode, we additionally meet up with Matt Wicks, Sr Director and robotics automation enterprise chief with Zebra Know-how. Matt is liable for the Fetch Robotics merchandise at Zebra, and brings us up to the mark on the Fetch AMR portfolio.

Episode Timeline

18:00   Interview with Thomas Tang, CEO and co-founder, of Anyware Robotics

38:30   Interview with Matt Wicks, Sr Director and robotics automation enterprise chief with Zebra Know-how.

Within the information this week

  • ABB – Marc Segura weblog publish on the State of Robotics at ABB
    • Article abstract:
      • The continued growth of AI-powered robotics is the newest chapter in ABB’s fifty-year story of robotic innovation that started in 1974 with the sale of the world’s first industrial all-electric robotic, the IRB 6.
      • ABB is bullish on the way forward for robotics that use AI
      • Marc believes that AI will assist shut the abilities and data hole that exists between new robotics customers and make robotics helpful
  • Hippo Harvest, a Fetch Robotics OEM accomplice, brings in $21M to scale automated greenhouse operations.
    • That is an revolutionary use case that leverages AMRs to automate the motion of trays of crops inside a greenhouse.

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