On February 26, 2026, Changingtek Robot Technology (Suzhou) Co., Ltd. officially released the world's first dexterous hand product that supports adaptive switching between left and right hands - "Shuqiao". Relying on rope drive transmission technology, this product takes the lead in realizing the independent reconstruction of the left and right hand forms of dexterous hands during operation; Coupled with the self-developed high-precision motion control and vision collaborative system, key technological breakthroughs have been made in the lightweight, flexibility and functional freedom of robot end effectors.

1. Core breakthrough: Real-time reconstruction of the left and right hands, redefining the dexterous hand

The core innovation of the "Shuqiao" dexterous hand is equipped with the world's first adaptive switching function for left and right hands. While most traditional dexterous hands can only be fixed in a single form of left or right hand, "Shuqiao" can independently adjust the finger configuration and grasping posture in real time according to actual work needs, achieving seamless switching between left and right hand forms.

The product adopts rope drive drive and lightweight structure design, which greatly improves the flexibility and response speed of finger movements while maintaining high load capacity, and the movements are closer to the natural coordination of human hands. This technological breakthrough not only effectively broadens the operation scenarios and task coverage of a single device, but also significantly improves the environmental adaptability and equipment reuse efficiency of robot systems in complex and changeable scenarios.

2. Performance highlights: precise, strong and adaptable

1. Multitasking collaboration

The five fingers can be controlled independently, supporting the simultaneous execution of multiple grasping and placement tasks, and realizing the efficient operation of "one hand and multiple functions, simplifying complexity".

2. High load and fine force control

On the basis of lightweight structure, it achieves a maximum grip force of 50N in one hand, a fingertip force of 10N in one finger, and a force control accuracy of ±0.1N, which has both heavy lifting and precision operation capabilities.

3. Adaptability to complex spaces

It has a compact structure and rich degree of freedom of joints, and can complete high-precision operations such as plugging and unplugging and assembly in narrow and complex environments.

4. Visual intelligence collaboration

Integrated high-precision vision system realizes object recognition, positioning and adaptive grasping, and supports rapid deployment and flexible operation processes.

3. Wide application prospects

"Shuqiao" can be widely used in aerospace, intelligent manufacturing, laboratory automation, new retail and service robots and other fields. Its highly flexible and reconfigurable characteristics are especially suitable for extreme and high-complexity scenarios such as equipment maintenance and precision experimental operations in space capsules, helping enterprises maximize equipment efficiency and optimize production processes.

4. Enterprise message

Dr. Bai Guochao, Chairman of Changingtek Robot, said: "The launch of 'Shuqiao' is a key step in the direction of intelligent and flexible robot end effectors. AI technology has surpassed human potential. In the future, the application of 'Shuqiao' hands will also make it possible for robots to surpass human capabilities. 'Shuqiao' not only reflects our leading edge in dexterous hand technology, but also provides a technical foundation for robots to integrate into more complex scenarios. In the future, we will continue to cooperate with industry partners to promote the large-scale application of dexterous hand technology in the field of intelligent manufacturing and services. ”

5. Company introduction

Company Highlights:

Based on core technologies such as adaptive reconfigurability, multi-perception fusion and AI intelligent control, the "Changingtek Hand" series has built a complete product matrix covering industrial flat hands, collaborative hands, bionic hands and heavy hands, with loads covering several grams to hundreds of kilograms of multi-type dexterous hands, adapting to the needs of all scenarios from precision assembly to heavy handling. By integrating haptic and visual AI, it realizes precise adaptive grasping, stabilizes operations in complex environments, and systematically solves the pain points of high robot application cost, poor flexibility, and complex deployment.

Main business:

Focus on the research and development, production, sales and after-sales service of agile hands and embodied intelligent robots. By deeply integrating vision and tactile perception systems, we create an adaptive intelligent gripping solution that can autonomously identify and flexibly manipulate complex objects of different shapes. This technology has been widely used in high-end aerospace manufacturing, flexible assembly in the automotive industry, intelligent warehousing and logistics, and other fields, significantly improving operational efficiency, scenario adaptability and overall intelligence level.