For decades, industrial automation has largely followed the same formula. Production lines have become faster, robots have become more capable, and software has steadily improved, but the underlying model has remained relatively fixed: automation systems are engineered for specific tasks, making flexibility expensive and time-consuming.
Production lines have become faster, robots have become more capable, and software has steadily improved, but the underlying model has remained relatively fixed: automation systems are engineered for...
For decades, industrial automation has largely followed the same formula.
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For decades, industrial automation has largely followed the same formula. Production lines have become faster, robots have become more capable, and software has steadily improved, but the underlying model has remained relatively fixed: automation systems are engineered for specific tasks, making flexibility expensive and time-consuming.
Production lines have become faster, robots have become more capable, and software has steadily improved, but the underlying model has remained relatively fixed: automation systems are engineered for specific tasks, making flexibility expensive and time-consuming.
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