In a previous post I showed very interesting robotic hands, even one with contact similar to ours, but this is undoubtedly the most impressive one I have seen this year, at Wuji Tech officially announced its first product, the Wuji Hand, a high-dexterity robotic hand aimed at humanoid theft and advanced automation systems.

The hand has 20 active degrees of freedom with four independent joints per finger. In simple terms, this means that each finger can move in a complex and almost organic way, very close to what a human hand can do.

This architecture allows everything from delicate grips to complex manipulations such as turning, adjusting or holding irregularly shaped objects, even with all that articulation, the hand weighs less than 600 grams and measures about 20 cm, practically the size of a human hand.

The most impressive fact appears when strength and delicacy meet because despite being light, the Wuji supports a static pressure load of up to 10 kg and applies 15 Newton to the tips of the fingers, enough force for real industrial tasks, but the difference is in reliability. The company claims to have validated the hand in more than 1 million internal cycles with a factory standard of 300,000 grip cycles before shipping. This is not an academic laboratory, it is a product clearly designed for continuous operation.

Another key point is the real-time response, the hand operates with data feedback of up to 1000 Hz, allowing extremely fast adjustments, something essential for humanoid robots that need to react to the environment almost like humans. It also offers multiple industrial interfaces such as USB, RS485 and Ether Cat, facilitating integration into different platforms.

Behind Wuji Tech is Pan Motor, a motor manufacturer, suggesting a verticalized strategy, direct control over actuators, costs and performance. In a market where advanced robotic hands are often rare and very expensive, this combination can be decisive.

The AI ​​brain is ready and now the hands are ready to accompany it, but when will we see all these systems integrated into a single machine.