From December 3rd to 5th, 2025, the 2025 (8th) Mobile Robot Industry Development Annual Conference and the Embodied Intelligent Mobile and Humanoid Robot Integration Summit were successfully held in Hefei, Anhui Province. During the highly anticipated "2025 Embodied Intelligent Humanoid Robot Yanshi Award" ceremony at the summit, Newgear won the "Yanshi · Core Component Craftsmanship Award" for its technological breakthroughs and innovative practices in the field of core joint motors for humanoid robots. Its independently developed "three-in-one" joint actuator technology solution received high praise from industry experts and peers at the awards ceremony.
This summit was jointly organized by the People's Government of Baohe District, Hefei City, the Mobile Robot Industry Alliance, and the Humanoid Robot Scene Application Alliance. It brought together numerous company representatives from the fields of mobile robots, humanoid robots, and industrial embodied intelligence, and has become one of the most influential annual events in the industry. The "Yanshi Award," as the core award of the summit, focuses on technological innovation, application scenarios, and industrial contributions of embodied intelligent humanoid robots, and is considered an authoritative recognition by the industry of companies' technical strength and development potential.
As a long-standing innovator deeply rooted in the field of core components for humanoid robots, Newgear has independently developed high-performance joint actuators that creatively integrate a frameless torque motor, precision planetary gearbox, and drive encoder into a single unit. This solution offers comprehensive advantages including a compact structure, high torque density, precise force control, rapid dynamic response, and outstanding cost-effectiveness. This design significantly improves joint torque density, effectively enhancing the dynamic performance and overall adaptability of humanoid robots, providing crucial hardware support for complex tasks such as precision assembly and flexible grasping.
Compared to traditional distributed joint solutions, Newgear's "three-in-one" actuator not only achieves a breakthrough in terms of size and weight reduction, but also significantly reduces the integration complexity and maintenance costs of humanoid robots through its highly modular design. This effectively propels humanoid robots from laboratory prototypes to large-scale mass production. This solution meets the stringent requirements for reliability and stability in industrial settings, and also provides a high-performance, cost-effective core component option for robotic products in various scenarios such as service, home, and commercial applications. It is gradually becoming a crucial driving force in the industrialization of humanoid robots.
From individual joint components to joint motors, and from standard parts to customized overall solutions, Newgear has consistently supported the development of the robotics industry. For many years, we have been a core supplier to well-known companies such as UBTECH and CloudMinds, and have earned recognition and affirmation from customers in the industry.
"Winning the 'Yanshi Core Component Craftsmanship Award' is a strong recognition from the industry of Newgear's technological research and development capabilities, and also an encouragement and inspiration for our continued dedication to developing joint motors, a core component in this field." Currently, the humanoid robot industry is in a critical period of technological breakthroughs and application expansion, and the performance evolution of core components forms a solid foundation for the industry's development.
Looking ahead, Newgear will continue to focus on the iteration and innovation of joint actuator technology, deepen collaborative partnerships with upstream and downstream partners in the industry chain, and help humanoid robots overcome performance bottlenecks and expand application scenarios through more competitive products and overall solutions. We will continuously inject core momentum into the ecosystem of the embodied intelligent robot industry and work together with industry partners to move towards a new stage of "practical and implementable" industrial development.
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