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PUDU T300 marks Pudu’s move from service to industrial robots

Robotics Business Review

The PUDU T300 mobile robot dis designed for use in tight aisles with heavy payloads. Source: Pudu Robotics Pudu Technology Co. said today at Hannover Messe that it is expanding from service robots into supply chain applications with the new PUDU T300 mobile robot.

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How robotics-as-a-service can help manufacturers with operations challenges

Control Engineering

Robotics insights The consumer packaging industry faces significant challenges due to the COVID-19 pandemic, supply chain disruptions, and a worker shortage, leading to a need for increased automation. There’s a buzz around manufacturing and automation, but it’s not as widespread as you might think, but we need automation.

Robotics 122
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Six industrial robotics trends for 2023

Control Engineering

Industrial robotics insights Robotics are being used more often in industrial manufacturing facilities due to a rising labor and skills gap and strong industry demand. Trends in the industrial robotics market include increased digitalization and automation and an emphasis on making robots easier to use.

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Applications for the 2023 Canadian Automation Awards close Oct. 20!

Automation Mag

This is a chance to showcase successful automation implementation within Canadian discrete manufacturing plants! Manufacturers handle multiple challenges on a regular basis – such as labour shortages, supply chain issues, gruelling competition and changing customer demands, among other things.

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Method developed for improving autonomous robotic systems

Control Engineering

Robotics insights. Massachusetts Institute of Technology (MIT) engineers have developed an optimization code that can be used to simulations for virtually any autonomous robotic system and improve a robot’s overall design performance. Autonomous robots have come a long way since the Roomba.

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Teaching robots to perform tasks faster

Control Engineering

Robotics insights MIT researchers have developed a framework that helps humans understand why a robot failed a task without needing a great deal of technical knowledge. This framework helps robots learn more efficiently and perform better while the training process consumed less time for a human. As a result, the robot fails.

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How software helps manufacturers better manage mobile robot fleets

Control Engineering

Learning Objectives Learn the tools that enable central control of an AGV or mobile robot fleet. Understand capabilities of software that helps with AGV and mobile robot management, routing, testing, validation to decrease time to deploy and increase efficiencies. Additional advice from Henry’s presentation follows.