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Biomimicry and industrial goods
Reconciling industrial performance and technological sobriety
Industrial goods: a key sector, at the crossroads of innovation and sustainability
The industrial goods sector – machine tools, automation, components, electrical and production systems – forms the backbone of the global economy. It fuels major value chains, from chemicals and automotive to aerospace, food processing, and logistics. The global market for industrial equipment is projected to reach over $1.6 trillion by 2030 , driven by the growing demand for automation, robotics, and advanced production tools.
But this momentum comes with new imperatives: transformation of processes, integration of more sustainable technologies, evolution of materials, and adaptation to environmental expectations. The transformation is underway.
In this context, manufacturers are seeking technological solutions that can reconcile performance, energy efficiency, and resilience. But what if nature already held the keys to meeting these challenges?
Biomimicry presents a major technological opportunity for industrial goods:
For 3.8 billion years, nature has been perfecting remarkably efficient, resource-saving technical solutions adapted to extreme environments. These strategies are now inspiring concrete innovations in industry at all scales.
In terms of materials and structures , living organisms offer an exceptional diversity of solutions combining lightness, robustness, and optimized forms . Lattice structures inspired by bird feathers or the skeleton of Venus's basket make it possible to develop technical parts that are both lightweight and strong.
Tribology , a key discipline in the design of industrial equipment, also takes advantage of living things: mollusc shells, snake skins or lotus leaves inspire functional coatings with non-stick, anti-abrasion, hydrophobic, self-cleaning or wear-resistant properties.
On the process side, biomimicry makes it possible to optimize flows, heat exchanges and energy consumption , by drawing inspiration for example from the fractal networks present in living organisms or from the thermal self-regulation systems observed in termites or desert plants.
Finally, bio-inspired solutions are also enriching the fields of automation, robotics, perception, and optics. The detection mechanisms present in certain species (compound eyes of insects, sensitivity to light polarization in the mantis shrimp, etc.) are inspiring smart sensors for industrial production lines.
Bionnov, a French expert in biomimicry , supports manufacturers in the exploration, design, and integration of bio-inspired technologies tailored to the specific challenges of industrial goods. This R&D approach reduces the environmental impact of processes while enhancing their efficiency, resilience, and technical quality.
