In the next ten years of robotics logistics will lead to the disappearance of 1.5m jobs
"While a decision in favor of robotization seems inevitable from a microeconomic point of view, its macroeconomic significance is uncertain. The offsetting of the lost jobs through increased added value or exports is not as evident as it has been in other industries such as manufacturing," commented Mehdi El Alami, Principal at Roland Berger.
Total cost of robotic solutions is falling sharply
The return on investment of logistics automation solutions will soon drop below three years thanks to flexible and collaborative robotic solutions. These new solutions, which are now helping human operators and machines to work side by side in the same warehouse without the need for any major transformation, are causing companies to rethink the way work has been organized over the last few decades. Their operational scope includes the moving of pallets, stacking/unstacking, order preparation or palletizing and, before long, loading. "Robotic logistics solutions have developed at great pace since the giants of the internet made them the spearheads of their expansion plans. The cost reductions and the maturity of the solutions are such that we are now approaching a tipping point before the widespread presence of robots in warehouses," commented El Alami.
The cost threshold at which robotic solutions become viable in most of Western Europe is now between 100,000 and 110,000 euros per unit. As such, the total hourly cost of a robot is around 18 to 20 euros per hour when the average cost of a human operator is 14 to 15 euros per hour in the Eurozone. "In the long run, the increase in productivity, the lengthening of the lifespan of robotic solutions and the drop in equipment prices will all be factors in favor of robotization, while the cost of human labor will continue to rise structurally," explained Didier Br?chemier, Partner at Roland Berger. The Roland Berger experts predict a large number of solutions costing less than 100,000 euros to appear on the market by 2020. This is attributed to the emergence of low-cost solutions developed by research institutes or start-up spin-offs, which are more agile than established industrial robotics giants and more likely to go for market disruption.
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