Peter Smith
⬤ ALLEX recently unveiled impressive advances in their robotic hand technology, showcasing a 15-DOF system that handles micro-pick and fastening operations with striking accuracy. The hands can feel forces as subtle as 100 grams, making them ideal for tasks requiring a gentle touch. This demo underscores just how rapidly precision manipulation technology is evolving.
⬤ The hands execute intricate, small-scale movements perfect for detailed work. By sensing tiny shifts in pressure during operation, the system knows exactly how much force to apply—crucial for delicate fastening and careful pick-and-place jobs. With 15 degrees of freedom spread across multiple joints, the hand mimics natural human dexterity and coordination.
⬤ Safety takes center stage in this design. The ability to detect light contact means these robotic hands can work alongside people without risk of causing harm. This force awareness isn't just a technical feature—it's fundamental to how ALLEX envisions human-robot collaboration in shared spaces.
⬤ What makes this significant is the combination of enhanced dexterity, sensitivity, and safety-first engineering. As systems like ALLEX push boundaries in precision and environmental awareness, they're paving the way for robotic hands that can genuinely assist in real-world settings—from manufacturing floors to collaborative workspaces.
Peter Smith
