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As the modern world settles down into a new normal, enterprises will be embracing robotics for industrial resilience and robustness.
FREMONT, CA: If there is one significant trend in industrial robotics in 2020, it is a steady increase in demand. Added to that is the rise of interest from industrial industry outside of manufacturing, the conventional mainstay of robotics research and development. Among the drivers for this interest is the coming together of advanced robotic hardware and AI technologies, like machine learning and computer vision. It is a mix that's finally offering developers the power to uncage automated equipment and set it to many tasks across diverse industrial settings. Here is more about the underlying developments and driving forces.
Several industries are feeling the impacts of skilled labor shortages. Simultaneously, organizations are reluctant to invest heavily in training and developing unskilled workers for fear of losing them afterwards through defection to peers. With no end in sight of the workforce shortfall, robots as an efficient supplement, and replacement, human labor is continuing to evolve. Efficiency may be among the compelling arguments for firms substituting human labor with robots, as the latter does not require to sleep, eat, or take breaks. They can perform repetitive activities with no variation in work quality and don't get sick or distracted. Then there is the safety element. Many industrial uses need the use of stacking, lifting, and cutting equipment. These types of activities present some degree of risk to human operators, but not for robots.
Enterprises are looking to technology for enhancements in flexibility, safety, output, quality, and, naturally, cost reduction. Static, caged-in robots have been assisting to offer these benefits for some time in specific sectors, such as the automotive sector. However, as automation converges with computer vision and machine learning, the advancing potentials of industrial robotics are bringing the technology to several industries' attention. This amalgamation of cutting-edge technologies has started to transform industrial robots from operational fixtures. They are gaining the potential to navigate within their environment and execute tasks in cooperation with humans.