Clone Robotics continues to make great strides in the world of robotics by introducing Clone Alpha: a humanoid robot designed with a biomimetic architecture that integrates synthetic organs and artificial muscles.
This creation is distinguished from other humanoids by its ability to replicate human functions and the way it achieves fluid, natural movements through Myofiber technology, a system of artificial muscles powered by water.
The robot has synthetic organs and artificial muscles. Source: Maginative
A design inspired by the human body
Unlike traditional robots, Clone Alpha does not follow the conventional approach of using rigid components. Instead, the company has developed a synthetic version of human organ systems, allowing the robot to move with surprising agility. Clone Alpha’s skeleton is composed of 206 artificial bones , perfectly aligned with precise anatomical points to ensure natural movements.
Myofiber : the key to your movement
At the heart of Clone Alpha is Myofiber technology. This artificial muscle system, introduced in 2021, is capable of generating impressive force. According to Maginative, the muscles contract in less than 50 milliseconds and can generate up to one kilogram of force using just three grams of material. This feature allows the robot to perform fast and efficient movements, something that other robots in its class cannot match.
Pre-sale available
Clone Robotics has begun accepting orders for the first units of Clone Alpha. With its biomimetic system, this robot marks a change in the way we interact with robotics and also opens up new possibilities in fields such as home care, medicine and beyond.
Clone Alpha is just the beginning of what promises to be a new era in humanoid robotics, with an approach that puts human anatomy at the center of innovation.
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Source and photos: Clone Robotics