AGILINK Revolutionizes Craftsmanship with Robotic Hand that Mastered Suzhou Embroidery Techniques
In a remarkable fusion of tradition and technology, Chinese robotics company AGILINK has developed a robotic hand adept at executing the delicate techniques of Suzhou embroidery. This innovation comes under the guidance of esteemed craftswoman Fu Xianghong, known for her mastery in this ancient art form. The robotic hand, named OmniHand 3 Ultra, embodies cutting-edge features that allow it to manipulate silk—an inherently challenging material due to its delicacy and flexibility.
AGILINK's approach to this project highlights the convergence of high-tech engineering and cultural heritage. The OmniHand's capabilities cover a range of essential embroidery tasks, such as threading a needle, maintaining the right tension on silk, and employing intricate stitching techniques. This endeavor not only enhances the productivity of embroidery craftsmanship but also presents a sustainable way to preserve traditional skills in the face of modern challenges.
At the core of the OmniHand 3 Ultra are 21 active degrees of freedom combined with a direct-drive architecture. This architecture significantly enhances its dexterity, allowing it to replicate the nuanced movements necessary for handling silk threads. The robotic hand is fitted with advanced tactile sensors that offer real-time feedback, enabling it to adjust its grip based on the softness or tension of the silk, a feature critical when separating threads or making precise stitches.
"The dexterity that OmniHand exhibits when working with a single silk thread is a clear indication of the potential for machines to engage in work that traditionally requires exceptional human skill," stated Qiao Tianjie, AGILINK's Vice President and CEO. This level of precision is possibly the key to future applications beyond embroidery, venturing into areas like flexible-material assembly and precision-component manipulation.
AGILINK has recently reached a major milestone, having shipped over 15,000 of these dexterous robotic hands since its inception earlier this year. The company spun out from AGIBOT in January 2026 and has rapidly ascended within the tech landscape, earning a unicorn valuation of over one billion dollars just five months post-launch, a testament to the burgeoning interest in robotics technology.
Their remarkable achievements were further evidenced at the World Humanoid Robot Games, where the OmniHand series was a decisive competitor, securing seven gold medals along with several silver and bronze medals across all dexterous-hand events. Fueled by investments from notable firms including Hillhouse Ventures and Mirae Asset, AGILINK is poised to revolutionize the industry with its sophisticated robotic solutions.
In lending her expertise, Fu Xianghong emphasizes the importance of integrating human touch with technology. She indicated, "With this additional pair of hands, we can focus on the intricacies of delicate crafting, allowing human artisans to elevate their artistry while leveraging robotic enhancements to increase efficiency and precision."
AGILINK is not just creating robots; they are stepping into a role of cultural custodianship, ensuring that the legacy of Suzhou embroidery—the meticulous art that has been handed down through generations—is preserved and enhanced through innovation. As they continue to expand their capabilities, there’s a promising vista for the intersection of craftsmanship and robotics, opening doors for new applications of dexterous manipulation across various domains. Watch as this technology continues to develop and redefine craftsmanship in a future where human skills and robotic precision coexist.
AGILINK's approach to this project highlights the convergence of high-tech engineering and cultural heritage. The OmniHand's capabilities cover a range of essential embroidery tasks, such as threading a needle, maintaining the right tension on silk, and employing intricate stitching techniques. This endeavor not only enhances the productivity of embroidery craftsmanship but also presents a sustainable way to preserve traditional skills in the face of modern challenges.
At the core of the OmniHand 3 Ultra are 21 active degrees of freedom combined with a direct-drive architecture. This architecture significantly enhances its dexterity, allowing it to replicate the nuanced movements necessary for handling silk threads. The robotic hand is fitted with advanced tactile sensors that offer real-time feedback, enabling it to adjust its grip based on the softness or tension of the silk, a feature critical when separating threads or making precise stitches.
"The dexterity that OmniHand exhibits when working with a single silk thread is a clear indication of the potential for machines to engage in work that traditionally requires exceptional human skill," stated Qiao Tianjie, AGILINK's Vice President and CEO. This level of precision is possibly the key to future applications beyond embroidery, venturing into areas like flexible-material assembly and precision-component manipulation.
AGILINK has recently reached a major milestone, having shipped over 15,000 of these dexterous robotic hands since its inception earlier this year. The company spun out from AGIBOT in January 2026 and has rapidly ascended within the tech landscape, earning a unicorn valuation of over one billion dollars just five months post-launch, a testament to the burgeoning interest in robotics technology.
Their remarkable achievements were further evidenced at the World Humanoid Robot Games, where the OmniHand series was a decisive competitor, securing seven gold medals along with several silver and bronze medals across all dexterous-hand events. Fueled by investments from notable firms including Hillhouse Ventures and Mirae Asset, AGILINK is poised to revolutionize the industry with its sophisticated robotic solutions.
In lending her expertise, Fu Xianghong emphasizes the importance of integrating human touch with technology. She indicated, "With this additional pair of hands, we can focus on the intricacies of delicate crafting, allowing human artisans to elevate their artistry while leveraging robotic enhancements to increase efficiency and precision."
AGILINK is not just creating robots; they are stepping into a role of cultural custodianship, ensuring that the legacy of Suzhou embroidery—the meticulous art that has been handed down through generations—is preserved and enhanced through innovation. As they continue to expand their capabilities, there’s a promising vista for the intersection of craftsmanship and robotics, opening doors for new applications of dexterous manipulation across various domains. Watch as this technology continues to develop and redefine craftsmanship in a future where human skills and robotic precision coexist.
Topics Consumer Technology）
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