5 ways to advance robotics in manufacturing

Stephanie Condon for ZDNet:  There's strong demand in the business world for robotics, and high-profile examples of commercially deployed robots -- take Amazon's Kiva, for example -- suggest a robot revolution is just over the horizon.

However, the automated tools that could be used in warehouses and on factory floors have a long ways to go before they can help transform American manufacturing, according to Howie Choset, a professor at Carnegie Mellon University's Robotics Institute and CTO of the Advanced Robotics for Manufacturing Institute (ARM) in Pittsburgh.

In technology R&D, researchers use Technology Readiness Levels (TRL) to discuss whether something is still in the basic and applied research stage (TRL 1 or 2), ready for commercialization (TRL 9) or somewhere in between.

"At what TRL are we with AI and robotics, insofar as it takes to implement or deploy robots in manfuacturing? The answer is, we're everywhere," Choset told ZDNet.  Full Article:

Featured Product

Elmo Motion Control - The Platinum Line, a new era in servo control

Elmo Motion Control - The Platinum Line, a new era in servo control

Significantly enhanced servo performance, higher EtherCAT networking precision, richer servo operation capabilities, more feedback options, and certified smart Functional Safety. Elmo's industry-leading Platinum line of servo drives provides faster and more enhanced servo performance with wider bandwidth, higher resolutions, and advanced control for better results. Platinum drives offer precise EtherCAT networking, faster cycling, high synchronization, negligible jitters, and near-zero latency. They are fully synchronized to the servo loops and feature-rich feedback support, up to three feedbacks simultaneously (with two absolute encoders working simultaneously). The Platinum Line includes one of the world's smallest Functional Safety, and FSoE-certified servo drives with unique SIL capabilities.