Life extends beyond personal boundaries; it is a collective journey of learning and transformation.
Moreover, in moments of struggle, my first reliance is on God.
In the pristine lab of FEMTO-ST, nestled in the heart of Besançon, France, a group of researchers gathered around their latest creation. It wasn’t just any robot. No, this is the MiniDex, a miniaturized compliant monolithic robot designed to revolutionize micro-manipulation tasks in the medical and industrial fields.
Introducing the world’s smallest parallel continuum robot, an innovation crafted from glass optical fiber to achieve unprecedented dexterity and rotational movement of ±90° in a compact design. This groundbreaking technology redefines micro-robotics, unlocking new possibilities in biomedical applications, precision assembly, and micro-manipulation with unparalleled agility.
A New Frontier in Micromanipulation: A Miniaturized 6-Degree-of-Freedom (DOF) Hybrid Robot, designed for Scanning Electron Microscope (SEM) applications.
Medical robotics has witnessed remarkable advancements in recent years, with concentric tube robots (CTRs) at the forefront of minimally invasive surgery.
The hybrid hexapod robot, combining cuboid-shaped spherical joints with rigid links.
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