TOKUFASTbot made historical past by fixing a puzzle dice in an astounding 0.305 seconds, a feat that earned it recognition from Guinness World Records because the quickest robotic ever to unravel a dice. This exceptional achievement surpassed the earlier document of 0.38 seconds, setting a brand new benchmark in robotics and automation.
TOKUFASTbot’s success is constructed on a basis of cutting-edge industrial automation (FA) {hardware}, management know-how, and picture evaluation programs. The robotic makes use of AI-based picture recognition, generally utilized in manufacturing, to evaluate product high quality and determine dice colours in real-time. This permits it to acknowledge the dice’s configuration virtually immediately. For instance, many programs have difficulties differentiating the orange and purple colours of the dice.
One innovation contributing to this velocity is winding know-how, initially developed by NEC for motor manufacturing. This ensures the dice’s faces are rotated with high-speed, high-precision positioning. Mitsubishi Electrical’s servo motors, sequencers, industrial PCs, and digital camera programs are all related by way of ultra-fast communication hyperlinks, working in excellent synchronization to attain record-breaking time.
This technological feat is greater than only a show of robotic prowess; it has vital implications for industrial functions. The precision, velocity, and coordination required to govern a dice at this velocity are essential attributes in high-tech manufacturing environments. By showcasing this know-how, TOKUFASTbot demonstrates the potential for vital productiveness beneficial properties in industries the place velocity and accuracy are crucial.
We even talked to one of many engineers, Natsuki Miura, Manufacturing Services Expertise Sect. Motor & Generator Manufacturing Engineering Dept. who labored on the electrical motors coils and bodily connection to the Rubik’s dice.
Guests at CEATEC 2024 might witness TOKUFASTbot in motion, fixing puzzle cubes with unprecedented velocity, providing a glimpse into the way forward for industrial robotics and automation. We will inform you that the build-up to the efficiency saved our consideration excessive earlier than the problem was solved within the blink of an eye fixed.
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