New robotic hands for the NEO humanoid unveiled
On July 11 at 1:00 PM, the Norwegian company 1X introduced upgraded robotic hands for its NEO humanoid. These hands feature 25 degrees of freedom and built-in tactile sensors, enabling tasks like assembling LEGO bricks and sorting grapes. Positioning accuracy reaches up to ±0.2 millimeters, while the wrist can deliver a torque of 17.75 newton-meters.
Technical specs and capabilities
The NEO robotic hands incorporate 22 controlled joints in the fingers and palm, plus 3 controlled joints in the wrist. Notably, each joint determines its own spatial position without relying on cameras. The hands are constructed from food-safe materials and carry an IP68 rating, making them fully water-resistant. Production will take place on a dedicated assembly line capable of manufacturing up to 10,000 units this year.
During demonstrations, the NEO showcased a wide range of abilities, including:
- picking up coins and screws
- screwing in light bulbs
- using a screwdriver
- zipping up a jacket
- pouring tea
- catching soft balls
- plugging in a USB-C cable
The humanoid could also hold a glass, wipe surfaces, and perform gestures in sign language. According to 1X CEO and founder Bernt Børnich, these new hands mark a significant milestone for the company:
“Now the robot can perform everyday tasks with its hands just like a human does.” - Bernt Børnich
Advancements in robotics, particularly through innovations like the NEO humanoid’s hands, are opening up new possibilities for automating daily chores. Features such as tactile sensors and high precision are not only useful at home but also hold potential in industry, healthcare, and other fields. This could boost work efficiency and change how routine tasks are approached across various sectors.
The advancements in robotic technologies, as demonstrated by the NEO humanoid, parallel other innovative solutions in the field, such as the AI-driven glove developed for paralyzed patients. This glove exemplifies how robotics can enhance human capabilities, showcasing the potential for improving lives through technology. As these developments continue to unfold, they highlight a growing trend towards integrating robotics into daily activities and healthcare.