The 2025 World Artificial Intelligence Conference kicked off. In this grand event of intelligence, Minhang, a highland for Shanghai's scientific and technological innovation sources and the cultivation of new quality productivity, is writing its own footnote with its "hardcore strength" and "business warmth".

Many exhibitors here are our customers. At the 2025 World Artificial Intelligence Conference, the staff proudly told reporters that the two humanoid robot reference solutions released this time both applied the integrated joint modules independently developed and produced by the enterprise, which were very popular among customers in the market.

As an enterprise providing high-end hardware for robots and overall robot solutions, we offer customers high-performance lightweight joint modules, ultra-lightweight collaborative robots, humanoid robots and other products with the best cost performance. We also lead the supply chain towards lightweighting, miniaturization and ease of use, and restructure the robot industry chain.

As the highest component of the overall cost of a robot, joints are the key to reducing the manufacturing cost of humanoid robots and accelerating their commercial application. They also determine multiple attributes of the robot, such as the flexibility of its movements and its load capacity.

The person in charge of products and ecology stated that currently, the cost proportion of humanoid machine joint components is close to or even exceeds 60%. The joint itself needs to meet multiple key parameter requirements, such as increasing the torque density to enhance the burst capacity and achieve complex movements like running. To achieve the wide application of humanoid robots in high-precision operations or dangerous environments in the future, this bottleneck at the hardware level cannot be ignored.

As one of the few global manufacturers capable of providing a full set of complete specification joint modules for humanoid robots, it has filled the technological gap of high-performance and cost-effective robot joint components in China. The lightweight joint module on display integrates a driver, motor, reducer, brake, encoder and sensor. Through innovative design, its torque density has reached the leading level in China. There are over 50 models available, allowing for flexible construction of robot products with different performances and costs.

Previously, in the high-altitude unmanned aerial vehicle maintenance project of State Grid, the lightweight joint module enabled the robot product to carry a load of 1 kilogram while weighing only 2.3 kilograms itself. By carrying a dual-arm robot on a drone, the product has achieved high-altitude cable maintenance in a 330-kilovolt high-voltage environment.

In the interactive area of the exhibition stand, the company demonstrated the adaptability of its joint modules in extreme environments - a joint module had been soaked in water for several hours, and not only did its appearance remain unchanged, but its performance also did not decline.

In addition to the proud integrated joint module, the humanoid robots, collaborative robots, dexterous bionic hands and wheeled robots on display this time also have many highlights.

This bionic hand looks quite small. May I ask if there is still space for wiring inside? A student from the University of Hong Kong asked the staff, expressing his desire to purchase one to take back for modification research. Beside the lightweight joint module are several dexterous bionic hands. They comprehensively apply bionics, mechatronics, materials science, biomedicine and information technology, and are equipped with the company's independently developed body-sensing control technology, which can be as flexible as human hands.

Among the exhibits, the self-developed and manufactured six-degree-of-freedom collaborative robot is smaller in size but more powerful in function. It can meet the needs of various different application scenarios, has an extremely high collaborative ability, a compact structure and is easy to operate. The wheeled robot t170d has 21 degrees of freedom (excluding the end effector), with a six-dimensional force sensor at the end. The end fixture and camera are flexible and detachable, and the height is adjustable. The five depth cameras it is equipped with can provide a full field of view and can also integrate infrared and smoke sensors, etc.

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