直击WRC｜月泉仿生灵巧手“全家桶”首度同台 YQ Muscles人工肌肉模组首发亮相

At the 2026 World Robot Conference (WRC), Yuequan Bionics showcased its full portfolio of bionic prosthetic and robotic hands, and premiered its self-developed YQ Muscles artificial muscle module. The exhibition fully demonstrates the commercialization path of the company's bionic tension-compression body robot theory and technology.

1. The displayed bionic hands cover full-range market needs, spanning the entire product line from the Xinshou X-Hand M1 to the Yingshou Y-Hand series (including models M0, M1, M2). The newly launched Y-Hand M0 weighs only 440g, features 16 degrees of freedom, and delivers a maximum fingertip output force of 100N. It balances light weight with strong gripping capability, and can adapt to diverse scenarios ranging from heavy-duty operations to precision grasping.

2. Built on bionic tension-compression body technology, the entire Y-Hand series can replicate human hand movements in real time, perform complex tasks such as cutting paper with scissors, spinning a ball, and real-time rock-paper-scissors, and is capable of handling various unstructured operation tasks.

3. The newly premiered artificial muscle module closely replicates the characteristics of human skeletal muscles, integrates all core components, and enables high-precision force-position cooperative control. As a core component, it supports bionic robots to complete complex human-like movements.

Yuequan Bionics' participation and product strategy at WRC offers valuable takeaways for brands in the bionic robot industry.

1. In terms of product R&D, starting from its original underlying bionic tension-compression body robot theory, Yuequan Bionics has built a full-line bionic hand portfolio covering all levels of demand. Its new products are positioned as cost-effective, balancing light weight with strong performance to adapt to multiple scenarios, which aligns with current industry demand for core robot components.

2. In terms of brand marketing, by choosing WRC, a top-tier industry exhibition, as the launch platform for its full product line and new products, and showcasing underlying technology via bare-unit display, the company turned abstract technical concepts into perceivable experiences. This approach not only conveys technological confidence to the industry, but also bridges the gap between cutting-edge technology and the general public, effectively building professional brand recognition.

3. In terms of market trends, industry demand for human-like, flexibly interactive, and independently controllable core bionic robot components continues to grow, creating clear room for market expansion.

Yuequan Bionics' new product launch at WRC points to new market opportunities and development directions for robotics-related sellers.

1. In terms of market opportunities, the bionic and humanoid robot industries are currently growing rapidly. As core components, bionic hands and artificial muscle modules cover a wide range of application scenarios including general operations, with demand for both industrial heavy-duty tasks and civilian use cases such as precision grasping and human-robot interaction. This marks a large market with strong growth potential.

2. In terms of product competition, Yuequan Bionics' strategy — building a full product line based on original underlying technology to meet the needs of customers at different levels and create differentiated competitiveness — provides a valuable reference for sellers.

3. In terms of market promotion, premiering new products and hosting interactive experience displays at top-tier industry exhibitions can quickly attract attention from both the industry and the general public to build market recognition. This promotion approach is well worth learning from.

Yuequan Bionics' product showcase at WRC clarifies demand directions and business opportunities for robot-related manufacturing factories.

1. In terms of product design and manufacturing requirements, the exhibition outlines clear performance upgrade directions for core bionic robot components: dexterous hands need to balance light weight with strong gripping output to adapt to both heavy-duty operations and precision grasping scenarios; artificial muscles require high integration, high-precision force-position cooperative control, and the ability to replicate the movement characteristics of human muscles. These requirements provide clear guidance for factories' R&D and manufacturing planning.

2. In terms of business opportunities, as the humanoid bionic robot industry develops, market demand for core driving components such as bionic hands and artificial muscles will continue to grow. Relevant component manufacturers can align their capacity with this fast-growing track in advance to capture the industry's growth dividends.

3. In terms of technological inspiration, factories can follow the development direction of original bionic structure technology, develop products centered on underlying bionic technology to align with industry trends, and improve their own product competitiveness.

The exhibits at this WRC reflect development trends and market demands in the core bionic robot component sector, and provide clear guidance for relevant service providers.

1. In terms of industry development trends, the bionic robot industry is currently moving toward humanization and independent control of underlying technology. Core component R&D has shifted from simple appearance imitation to replicating the underlying operating logic from driving and transmission to joints. Demand for flexible driving and high-precision force-position control is growing rapidly, and the industry holds huge growth potential.

2. In terms of customer pain points, the industry has long lacked independently controllable, cost-effective integrated solutions for bionic hands, as well as high-performance, highly integrated underlying artificial muscle driving components. Demand for localized core components is urgent, leaving a clear market gap.

3. In terms of service opportunities, relevant service providers can focus on original bionic technologies such as the bionic tension-compression body technology, connect upstream and downstream enterprises, and provide services including technology commercialization, production support and supply chain integration to capture opportunities brought by industry growth.

Yuequan Bionics' participation at WRC reflects the demand of innovative robotics companies for exhibition platforms, and provides insights for the operation and investment promotion of relevant industry platforms.

1. In terms of industry demand, innovative technology companies in the bionic robot sector have strong demand for top-tier professional industry platforms as channels to launch new products, showcase technology, and connect with customers. For original underlying technologies in particular, professional exhibition scenarios are required to convey technical value to the industry and the public and build market recognition.

2. In terms of investment promotion direction, platforms can increase efforts to attract innovative enterprises in the core bionic robot component segment. These companies master original underlying technologies, have high growth potential, can enhance the platforms' professional influence, and attract more professional visitors and downstream customers.

3. In terms of operation management, platforms can provide more flexible display space for innovative enterprises to support characteristic activities such as interactive experiences and bare-technology displays, to improve exhibitors' results. At the same time, platforms should pay attention to potential uncertainties in cutting-edge technology fields and implement proper risk mitigation.

Yuequan Bionics' exhibition at WRC reflects the latest industrial developments in China's core bionic robot component sector, and provides rich research materials for relevant researchers.

1. In terms of new industrial trends, China has completed the full path from R&D to commercialization of bionic tension-compression body robot theory, achieved the transformation from academic theory to a full-range product line, launched bionic hand products covering different scenario demands, and independently developed a highly integrated artificial muscle module, realizing independent control of underlying core components.

2. In terms of new technological directions, China's current bionic robot R&D has shifted from appearance humanization to human-like design of underlying structures and operating logic, pursuing compliance motion characteristics closer to human hands to adapt to various unstructured operation tasks in the real world. This new technological direction deserves in-depth research.

3. In terms of corporate business models, Chinese innovative bionic robot enterprises follow the development path of "original underlying theoretical R&D — full-level product layout — independent core component development", and launch commercialized technologies via top-tier industry exhibitions to quickly build industry recognition. This business model also holds high research value.