Document 6: July 2026 – A Spectacular Conclusion! WAIC 2026 – INSPIRE ROBOTS Empowers a New Future for Dexterous Manipulation
On July 20, the 2026 World Artificial Intelligence Conference and High-Level Meeting on Global AI Governance came to a successful conclusion. Under the theme “Intelligent Partners, Creating the Future Together,” the conference brought together global AI innovation enterprises, research institutions, and industry experts to showcase cutting-edge AI technologies and discuss new industry development trends.
As a national-level “Little Giant” specialized and sophisticated enterprise leader in China’s dexterous manipulation sector, INSPIRE ROBOTS presented its six-series dexterous hand product matrix and Micro Linear Servo Actuators at the conference. The company engaged in in-depth exchanges with global industry partners, experts, and professional audiences on robotics dexterous manipulation, embodied AI, and humanoid robot industry development directions, comprehensively showcasing its technological accumulation and innovation achievements in dexterous manipulation.
Leveraging its full-stack self-developed technology barriers and mature industrialization outcomes, INSPIRE ROBOTS received significant attention from mainstream authoritative media at this exhibition.
During the conference, multiple state media outlets including CCTV “Focal Point,” “News 1+1,” CGTN, and CCTV News conducted exclusive interviews at the booth, providing in-depth coverage on topics such as domestic dexterous hand technological breakthroughs, humanoid robot industry trends, and end-effector localization, fully recognizing INSPIRE ROBOTS’ benchmark position in China’s dexterous manipulation sector.
At this WAIC, INSPIRE ROBOTS showcased a dexterous hand product matrix covering multiple scenarios to address diverse application needs.
Among them, the RH56H1 Series (H1 Series) anthropomorphic five-fingered dexterous hand delivers more dexterous and efficient operational capabilities for compact robots with its compact structure and high-performance output; the RH5DG2 Series (G2 Series) meets the needs of complex interaction and precision operations with high degrees of freedom and refined manipulation capabilities; the RH56F1 Series (F1 Series) focuses on high-reliability application scenarios; and the RH56E2 Series (E2 Series) provides stable support for heavy-load grasping with stronger load capacity. Additionally, the DFX and BFX Series and other products were showcased for different application scenarios.
INSPIRE ROBOTS created an immersive dexterous manipulation experience through “dynamic demonstrations + real-scenario interactions,” allowing visitors to experience the technological appeal of dexterous hands up close. At the booth, six series of dexterous hands were displayed in coordinated demonstrations, comprehensively covering different application directions including lightweight precision operations, medium-to-heavy load force-controlled operations, and specialized scenario adaptations—intuitively presenting INSPIRE ROBOTS’ complete product system and core technology layout.
As one of the most attention-grabbing demonstrations on-site, the G2 Series high-DOF dexterous hand, combined with self-developed high-precision force control algorithms, multi-modal sensing systems, and over 30 preset action libraries, can stably complete complex actions including grasping, pinching, rotating, and pressing, demonstrating outstanding dexterous manipulation capabilities in precision grasping, micro-adjustment assembly, and complex interaction scenarios—fully showcasing the technological breakthroughs of domestically produced high-DOF dexterous hands in refined control.
The F1 Series visual tracking demonstration, as a representative bionic interaction experience, was equally a highlight of the booth. Equipped with a visual recognition system and millisecond-level response speed, the F1 dexterous hand’s vision system captures human hand movements in real time, accurately replicating finger bending, grasping, and stretching gestures, achieving highly natural bionic interaction effects and allowing visitors to immersively experience the “hand follows mind” fine control capability of dexterous hands.
The most popular segment of the entire event was u
ndoubtedly the E2 Series dexterous hand’s live calligraphy demonstration, writing a neat “福” character with a brush.
The E2 dexterous hand precisely controlled writing pressure, speed, and brushstroke rhythm to stably complete the “福” character, fully demonstrating millimeter-level precision control capability. The fusion of traditional calligraphy art and robotics technology not only enhanced on-site interactive experiences but also vividly demonstrated the application potential of robots in fine manipulation scenarios.
Beyond the dexterous hand product matrix, INSPIRE ROBOTS also presented a dynamic demonstration of the Micro Linear Servo Actuator on-site. The Micro Linear Servo Actuator integrates a coreless motor, planetary reducer, planetary roller screw, sensors, and drive controller into a highly compact unit, providing the underlying technical support for the stable driving and precise execution of dexterous hands.
This finger-sized “bionic muscle” is precisely the technological foundation enabling INSPIRE dexterous hands to achieve “small size, big power, high precision.” From in-house R&D and production of core components, to comprehensive layout across linkage, tendon-driven, and direct-drive technologies, to mass-production shipments exceeding 10,000 units—INSPIRE ROBOTS provides robust support for the development of the embodied AI industry.
As a core platform for global AI industry exchange, WAIC serves both as a showcase for cutting-edge technologies and a collaborative bridge for industrial chain innovation.
Building on a decade of deep cultivation, INSPIRE ROBOTS remains committed to the core goal of “making dexterous hands affordable, accessible, and usable for all robots,” driving iterative innovation along four directions: miniaturization, high perception, high reliability, and low cost. This includes continuous refinement of underlying core components like Micro Linear Servo Actuators, upgrading multi-modal tactile perception and AI force control fusion algorithms, and leveraging mass-production scale advantages to continuously lower industry adoption barriers.
Looking ahead, INSPIRE ROBOTS will continue to deepen its independently controllable full-stack dexterous manipulation technology, bridging the “last centimeter” of AI implementation in the physical world. We look forward to empowering intelligent partners across all industries with high-performance domestically produced bionic dexterous hands, truly realizing human-machine collaboration and creating a new intelligent future together.
