Read the latest World Footwear Innovation Paper on how robots can contribute to footwear production processes by improving efficiency through lean manufacturing principles Robotics is increasingly seen as the next frontier for footwear manufacturing, yet the sector’s highly varied product lines and relatively small batch sizes make full-scale automation difficult.
Lean Robotics, an approach that marries collaborative robots (COBOTs) and automated guided vehicles (AGVs) with the waste-reduction principles of Lean manufacturing, offers a pragmatic middle path.
Instead of replacing operatives, the methodology positions robots as partners that take on repetitive, strenuous or high-risk jobs, leaving workers to focus on value-adding tasks. Case studies cited in the paper show that COBOTs can help raise daily output from 248 to 1,050 pairs while lifting operator utilisation from 58% to 97% and that AGVs can streamline internal logistics by automating material flows.
The document outlines how Lean work-cell design, balancing task allocation and “pull” production, is an essential prerequisite before investing in automation. The robots should be implemented once bottlenecks and waste have been mapped. When guided by Lean tools such as value-stream mapping, the technologies deliver faster change-overs, lower inventory and safer, more ergonomic workplaces.
In conclusion, Lean Robotics is presented not as an end but as a catalyst for sustainable growth. By combining human talent with robotic consistency, footwear makers can achieve shorter lead times, higher quality and a safer shop-floor environment, positioning the industry for the demands of mass-customised and environmentally conscious markets.
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The latest World Footwear Innovation Paper
Lean Robotics: How can robots and humans join forces in the footwear industry?
WorldFootWear/AICEP
04th Jun 2025
