Why Rapid Motion Planning? Realtime Robotics has developed the Realtime Controller that allows you to quickly deploy a multi-robot workcell that maximizes the collective performance of the robots. In the video on the left, you see four robots—three from Universal Robots and one from Fanuc—moving together in a demonstration workcell. […]
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There is a great opportunity to have multiple robots work together in many application domains, including manufacturing and logistics. The potential performance advantage of being able to use multiple robots is similar to the benefits of being able to use multiple people to complete a task. Using a standard bin […]
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Unfortunately, robots don’t run smoothly all the time. Robot hardware or software could fail, an end-effector could break, or even some part of the workspace itself could fail (e.g., a conveyor belt providing materials to one of the robots). Failures cause a disproportionate amount of downtime. To get back up […]
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Today’s robot workspaces are designed to detect worker entrances—perhaps with a fence or a sensor—and which instructs all of the robots to idle. Why? Because today’s robots don’t perceive and react quickly enough at typical speeds to operate safely within close proximity to people. Having a fence or sensor that […]
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If one robot is good, then more robots should be better. In theory, putting several robots in a workspace, with all of them working simultaneously, should greatly boost productivity. In practice, however, the marginal benefits of adding robots are slim. Why? Programming! Engineers must orchestrate all of the robot motions […]
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As a co-founder of Realtime Robotics, it gives me great pleasure to share the exciting news about the investments that have been made as part of our Series A round! We raised $11.7 million from SPARX Asset Management, Mitsubishi Electric Corporation, Hyundai Motor Company, OMRON Ventures, Toyota AI Ventures, Scrum Ventures, and the […]
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