Changingtek Robotics Releases 'X2' Adaptive Hand
What happened
Changingtek Robotics has launched the 'X2' adaptive robotic hand, which it claims is the world's first that can switch between left- and right-handed dexterity. The device is designed as an end-effector for robotic arms. The company is a global provider of robotic end-effector solutions based in Suzhou, China.
Why it matters
- The X2 hand's ability to switch dexterity is powered by an innovative tendon-driven transmission system, which enables the autonomous reconstruction of its configuration from left to right-handed. - Each of the five fingers is independently controlled, delivering a maximum gripping force of 50N for the whole hand and up to 10N of fingertip force, with a precise force control accuracy of ±0.1 N. - Changingtek Robotics, founded in 2018, has established three core technology platforms: mechanical intelligence, perception intelligence, and drive-control intelligence. The company has completed B-round financing, accumulating nearly 100 million yuan in total funding, and holds over 150 intellectual property rights. - The hand integrates a proprietary high-precision vision coordination system to support object recognition, positioning, and adaptive grasping for dynamic applications in sectors like aerospace and intelligent manufacturing. - The broader market for multi-fingered dexterous hands was valued at $108 million in 2024 and is projected to grow to $696 million by 2032. The overall robot end-effector market is forecast to expand from $2.3 billion in 2023 to $4.3 billion by 2028. - This innovation is part of a larger trend in robotics toward more adaptive and flexible systems, with the global adaptive robotics market valued at over $19 billion in 2023 and projected to grow at a CAGR of nearly 27%. - The company leverages tactile-visual fusion and AI-powered intelligent control technologies across its product portfolio, which ranges from collaborative and dexterous hands to heavy-duty industrial grippers.
Key numbers
- Changingtek Robotics has launched the 'X2' adaptive robotic hand, which it claims is the world's first that can switch between left- and right-handed dexterity.
- - The X2 hand's ability to switch dexterity is powered by an innovative tendon-driven transmission system, which enables the autonomous reconstruction of its configuration from left to right-handed.
- Each of the five fingers is independently controlled, delivering a maximum gripping force of 50N for the whole hand and up to 10N of fingertip force, with a precise force control accuracy of ±0.1 N.
- Changingtek Robotics, founded in 2018, has established three core technology platforms: mechanical intelligence, perception intelligence, and drive-control intelligence.
What happens next
- The overall robot end-effector market is forecast to expand from $2.3 billion in 2023 to $4.3 billion by 2028.
Quick answers
What happened in Changingtek Robotics Releases 'X2' Adaptive Hand?
Changingtek Robotics has launched the 'X2' adaptive robotic hand, which it claims is the world's first that can switch between left- and right-handed dexterity. The device is designed as an end-effector for robotic arms. The company is a global provider of robotic end-effector solutions based in Suzhou, China.
Why does Changingtek Robotics Releases 'X2' Adaptive Hand matter?
The X2 hand's ability to switch dexterity is powered by an innovative tendon-driven transmission system, which enables the autonomous reconstruction of its configuration from left to right-handed. Each of the five fingers is independently controlled, delivering a maximum gripping force of 50N for the whole hand and up to 10N of fingertip force, with a precise force control accuracy of ±0.1 N. Changingtek Robotics, founded in 2018, has established three core technology platforms: mechanical intelligence, perception intelligence, and drive-control intelligence. The company has completed B-round financing, accumulating nearly 100 million yuan in total funding, and holds over 150 intellectual property rights. The hand integrates a proprietary high-precision vision coordination system to support object recognition, positioning, and adaptive grasping for dynamic applications in sectors like aerospace and intelligent manufacturing. The broader market for multi-fingered dexterous hands was valued at $108 million in 2024 and is projected to grow to $696 million by 2032. The overall robot end-effector market is forecast to expand from $2.3 billion in 2023 to $4.3 billion by 2028. This innovation is part of a larger trend in robotics toward more adaptive and flexible systems, with the global adaptive robotics market valued at over $19 billion in 2023 and projected to grow at a CAGR of nearly 27%. The company leverages tactile-visual fusion and AI-powered intelligent control technologies across its product portfolio, which ranges from collaborative and dexterous hands to heavy-duty industrial grippers.
