Conclusion

Robotic hands now represent a major field of innovation, where the line between industrial applications, humanoid robots, and prosthetics is gradually blurring. This convergence paves the way for increasingly flexible, dexterous, and adaptive systems capable of rivaling the versatility of the human hand. Recent advances in mechatronics and artificial intelligence allow us to view robotic hands not only as specialized tools, but as intelligent interfaces capable of adapting to dynamic environments and collaborating intuitively with human operators.

Advances in robotic hands now rely on enhanced multimodal perception, incorporating high-resolution tactile sensors capable of detecting minute forces and complex textures, as well as onboard vision systems that enable real-time 3D reconstruction of manipulated objects. These advances, coupled with optimized mechanical...