Changingtek Robotics Unveils the World's First Adaptive X2 Hand for Dual Use

Changingtek Robotics Unveils the Revolutionary X2 Hand



Introduction
Changingtek Robotics Technology (Suzhou) Co., Ltd., a global leader in robotic end-effector solutions, has made a significant leap in robotics by introducing the X2 adaptive hand, the first of its kind capable of operating in both left and right configurations. This innovative robotic hand is designed for flexibility and efficiency, setting a new standard in the industry.

Innovative Features of the X2
The X2 hand employs a cutting-edge tendon-driven transmission system, allowing for autonomous reconstruction between left and right hand functions. This remarkable feature not only optimizes design by reducing weight, but also enhances operational flexibility and functional freedom. The hand has been carefully engineered to redefine performance benchmarks in robotic applications.

One of the standout features of the X2 is its independent control of each of the five fingers, enabling complex manipulation tasks to be performed with ease. Despite its lightweight structure, the X2 can deliver a gripping force of up to 50 Newtons per hand, along with a maximum fingertip force of 10 Newtons per finger. This capability is complemented by a force control precision of ±0.1 Newtons, creating a perfect balance between handling heavy loads and performing precise operations. The extensive freedom of movement allows it to tackle high-difficulty tasks, including insertion, extraction, and assembly in tight or complex environments.

Advanced Vision Integration
What sets the X2 apart is its integration with a patented high-precision vision coordination system. This technology enables object recognition, positioning, and adaptive gripping, ensuring efficient implementation and flexibility in dynamic applications. The hand is ideal for use in various industries, including aerospace, smart manufacturing, laboratory automation, and service robotics. By enhancing equipment utility and environmental adaptability, the X2 provides industries with more flexible and intelligent automation solutions.

Focus on Research and Development
Changingtek Robotics is heavily invested in R&D, manufacturing, and integrating right-hand robotic solutions, robotic end-effectors, and embedded intelligent robots. The company operates on three main technological platforms: mechanical intelligence, perception intelligence, and drive control intelligence. Its comprehensive product portfolio, named “Changingtek Hands,” includes industrial parallel hands, collaborative hands, right hands, and high-strength hands, catering to load requirements from a few grams to several hundred kilograms. This range ensures that it meets diverse needs from precision assembly to heavy material handling.

Addressing Industry Challenges
By leveraging tactile-visual fusion and AI-based intelligent control technologies, Changingtek Robotics is dedicated to providing stable and efficient gripping solutions for various sectors, including aerospace, automotive manufacturing, and smart logistics. The company is actively tackling industry challenges such as high application costs, limited flexibility, and implementation complexities, which has allowed them to drive innovation and the widespread adoption of robotic end-effector technologies across the globe.

Conclusion
The launch of the X2 adaptive hand marks a significant milestone in robotic technology, showcasing not just the potential for advanced automation but also the commitment of Changingtek Robotics to leading the industry in innovative solutions. For more details about the X2 and its applications, visit Changingtek Robotics.

Contact Information:
Changingtek Robotics Technology (Suzhou) Co., Ltd.
Phone: +86 512 5323 3370 / +86 158 7124 2390
Email: [email protected]
Address: Building 18, Zhihuigu Science and Technology Innovation Park, No. 99, Fuda Road, Taicang City, Jiangsu Province, China.

Topics Consumer Technology)

【About Using Articles】

You can freely use the title and article content by linking to the page where the article is posted.
※ Images cannot be used.

【About Links】

Links are free to use.