Yuejiang: Establishing Trust through Reliable Embodied Intelligence in Real-World Applications

Yuejiang: A Trusted Embodied Intelligence, A Certificate of Trust Emerging from Real-World Scenarios

Shenzhen News (Reporter: Zhang Zhaowei, Lu Liping) – On April 22, the FAIR plus 2026 Robotics Industry Link Conference took place at the Shenzhen Convention and Exhibition Center (Futian). Liu Peichao, CEO of Yuejiang Technology, delivered a keynote speech during the main forum, sharing the latest practices and insights in the field of embodied intelligence and collaborative robotics. He emphasized the path of industrial application defined by “coming from the scene and going to the scene,” which garnered significant attention from attendees.

During the event, Yuejiang showcased comprehensive application solutions covering three major fields: industrial manufacturing, commercial services, and research education. This included a collaborative robotic workstation for precision assembly, fully automated popcorn production in a new retail context, and innovative educational research solutions aimed at universities and research institutions. This display highlighted a complete capability layout from frontline industry to cutting-edge exploration, attracting numerous professional visitors for discussions.

International teams from Germany, South Korea, Switzerland, and other countries visited Yuejiang’s booth for technical evaluations. They highly recognized Yuejiang’s industrialization capabilities in collaborative robotics and embodied intelligence, leading to in-depth visits and business exchanges at Yuejiang’s headquarters to explore the future development of the robotics industry.

In response to the heightened interest, Xie Kaixuan, Yuejiang’s Marketing Director, stated in an interview, “Embodied intelligence is not a future fantasy; it is a productivity tool that is actively working today.” Yuejiang has deployed over 100,000 robotic products globally, with its collaborative robots undergoing 120,000 hours of fault-free testing. They serve more than 80 Fortune 500 companies, demonstrating the conversion of embodied intelligence from theory to practice and injecting strong momentum into the development of the robotics industry.

Leading in Collaborative Robotics, Yuejiang Aims for Global Top Shipment Volume by 2025

In the wave of smart manufacturing, collaborative robots are becoming a key choice for companies looking to reduce labor costs and enhance efficiency and flexibility, leading the global market with a nearly 30% annual compound growth rate in the smart manufacturing sector. Their applications are rapidly extending from industrial settings to commercial, medical, and educational contexts.

Capitalizing on this trend, Yuejiang has achieved rapid replication across all scenarios, establishing itself as the preferred brand in high-end manufacturing thanks to its features of “high precision, high stability, high safety, and easy deployment.” In 2025, Yuejiang expects a 31.7% year-on-year revenue growth, with six-axis collaborative robot shipments soaring by 44.7%, making it the global leader in collaborative robot shipments.

This impressive achievement stems from Yuejiang’s solid technological foundation and ongoing product innovation. On the technical side, Yuejiang has developed the world’s only large-scale production intelligent robot safety skin, enabling “zero-distance human-machine interaction with no blind spots” in factories. The IP68 high-protection version of the entire machine achieves IP68 sealing protection, maintaining stable operation even with water splashes, dust exposure, or prolonged submersion. It has also passed NSF food safety certification, meeting the hygiene standards required in food and medical industries.

The intellectual property system has established a solid foundation for Yuejiang’s technological innovation. As of December 2025, Yuejiang’s total number of intellectual property applications reached 1,497, including 1,075 invention patents and 52 international PCT applications. The number of Yuejiang’s robot patents is greater than the combined total of the second to sixth-ranked companies in the industry.

Yuejiang’s deep technical reserves also allow it to play a key role in industry-level design. The company has led several significant projects under the Ministry of Science and Technology and the Guangdong Provincial Science and Technology Department, including “Flexible Integrated Manufacturing Systems for Multi-Robot Power Battery Packs” and “Key Technologies and Application Demonstrations for Robotic Dismantling of New Energy Vehicle Batteries.” Additionally, it has contributed to drafting national standards such as “Integrated Joint Performance and Testing Methods for Robots” and “Performance Testing Application Specifications for Industrial Robots.”

In terms of product innovation, Yuejiang precisely captures market demand, continuously breaking through technical boundaries to launch over 30 collaborative robot products across seven major series, forming a diverse product matrix. One notable product is the CR30 heavy-load robot series, launched in 2025, which exemplifies Yuejiang’s technological breakthroughs and deep scenario engagement. The CR30H, with a 30kg payload, 1800mm long reach, 300°/s speed, and a full-load vibration amplitude of <0.3mm, is ideal for handling medium to large workpieces in tasks such as food box palletizing, material handling, and laser cutting.

Thanks to technological innovation and outstanding product performance, Yuejiang’s robots have been widely used and validated in real industrial scenarios. To date, Yuejiang has served over 80 Fortune 500 companies across 15 industries and over 200 specific scenarios. In the automotive industry, for instance, Yuejiang robots are extensively used in critical processes such as bumper gluing, body polishing, engine testing, and triangle window assembly. In the precision assembly line for RF connectors at BYD Electronics, Yuejiang robots equipped with a 3D vision system achieve a repeat positioning accuracy of up to 0.2μm, quickly locking onto the position and posture of various micro-connectors (only 2mm wide) with just two scans.

In welding scenarios, Yuejiang’s CRA series collaborative robots equipped with self-developed vibration suppression algorithms and DH compensation technology can achieve an absolute positioning accuracy of ±0.3mm. They support multiple deployment forms, including upright, inverted, and side-mounted setups, and can be equipped with magnetic bases, seventh-axis expansion rails, and mobile welding platforms to handle complex working conditions with limited space and changing workstations. For instance, at the China Railway Mountain Bridge’s steel structure welding site, Yuejiang robots implement vibration suppression algorithms to achieve near 100% first-pass qualification rates for complex weld seams. Moreover, their welding process package, integrated with image recognition technology, can automatically identify welding scenarios, allowing for seamless transition based on process codes.

A Reliable Arm is Essential for Trustworthy Embodied Intelligence

As we enter the era of embodied intelligence, the role of robotic arms is being redefined. They are no longer just execution units in industrial production; they are crucial carriers of embodied intelligence moving from algorithms to the physical world. Xie Kaixuan emphasizes, “Only with high precision and high reliability ‘arms,’ combined with intelligent ‘brains,’ can embodied intelligence be realized in practical scenarios.”

Yuejiang’s confidence in entering the field of embodied intelligence stems from its deep-rooted expertise in robotic arms. Xie summarizes Yuejiang’s differentiated advantages as “rooting down from ‘upper limb capabilities’ rather than piling up from ‘humanoid appearance.'” This confidence reflects in two aspects:

First, the accumulation of hardware performance. Precision, stability, and flexibility have become the foundational capabilities of Yuejiang’s robotic arms through repeated verification in industrial settings over the years. The adaptability exhibited by this system across various working conditions, from precision assembly to material handling and welding to spraying, constitutes a robust physical basis for entering the era of embodied intelligence.

Second, the depth of scenarios. Long-term collaboration with clients in frontline production has allowed Yuejiang to accumulate precise understanding of specific processes, rhythm requirements, and environmental constraints, rather than generic industry knowledge.

Based on its substantial technological foundation and market practices, Yuejiang has carved out a unique path in the field of embodied intelligence. Unlike some companies in the industry that begin with “humanoid appearance” and continually add functions, Yuejiang opts to delve deeply from “upper limb capabilities”: first honing mature dual-arm collaborative abilities (one arm fixed, one arm operating) in industrial contexts before naturally extending to full-body mobile operations. This represents a steady evolution from “working arms” to “walking bodies.”

This path includes two capability leaps, forming Yuejiang’s two core competencies: first, bionic dual-arm collaboration enabling human-level assembly, insertion, and collaborative handling; second, full-body mobile operation that expands across space, perception, decision-making, and execution dimensions.

Key to scaling the dual capabilities from isolated breakthrough to widespread reuse is Yuejiang’s “one brain, multiple bodies” solution. Yuejiang’s product matrix, consisting of collaborative robotic arms, biped humanoids, wheeled humanoids, and multi-legged robotic dogs, allows “one brain controlling multiple bodies” to transform into differentiated solutions across various scenarios—where form equals capability, and adaptability equals value.

Specifically, in motion control, Yuejiang achieves high-speed and precise movement of robotic arms through its proprietary high-performance motion control algorithms, adapting to various complex work environments and task requirements. In the field of fine operations, Yuejiang utilizes high-precision sensors and advanced perception technology to perform precise identification and manipulation of objects, executing tasks such as micro-component assembly and precision welding, which demand high operational accuracy.

In long-term interaction, Yuejiang has integrated artificial intelligence technology, enabling robotic arms to learn and adapt. They can engage in natural, smooth interactions with humans, automatically adjusting work modes and task parameters based on human needs and commands, achieving true human-robot collaboration.

Currently, Yuejiang’s embodied intelligence applications are driven by both commercial and industrial sectors.

In industrial scenarios: At a leading automotive parts manufacturer’s new energy production line, Yuejiang’s humanoid robots can autonomously identify positions, accurately align, and transport materials, achieving fully autonomous handling operations in complex scenarios.

In commercial scenarios: At a cinema in Shenzhen, Yuejiang’s humanoid robots manage the entire popcorn production process autonomously, working 14 hours a day and producing over 1,000 cups of popcorn.

The Development of Embodied Intelligence Will Return to Trustworthiness

According to IDC predictions, by 2030, user spending on embodied intelligence robots in China is expected to soar to $77 billion, with a staggering annual compound growth rate (CAGR) of 94%. This data indicates that the embodied intelligence industry is entering a golden development period, but how to harness this wave will test the direction and determination of every participant.

“Practical scenarios are the key to the development of embodied intelligence,” is Yuejiang’s response. Xie further explains, “In the future, only by rooting in real scenarios can we create commercial value. Embodied intelligence will not be achieved overnight, but will progress along the path from ‘industrial → commercial → home,’ transitioning from defined environments to an open world.”

This is based on a simple logic: only by embedding in real scenarios can viable commercial value emerge. Showy innovations that diverge from genuine working conditions are unlikely to convert into commercial value that customers are willing to pay for. The value of embodied intelligence lies not in being “more human-like,” but in being “more capable of solving problems,” effectively completing specific tasks in real-world settings such as factories, warehouses, hospitals, and retail environments with stability, efficiency, and economy.

As the only embodied intelligence company emerging from manufacturing sites, Yuejiang’s robotic arms have seen global deployment exceeding 100,000 units, covering 15 industries and over 200 specific scenarios, serving over 80 Fortune 500 companies. These figures do not merely represent an impressive promotional brochure, but rather a validated certificate of trust.

This certificate of trust is built on three dimensions:

1. Scale Verification of Trustworthiness: Without reliable arms, there can be no trustworthy embodied intelligence. The 100,000 devices operating day and night across global production lines silently fulfill this promise with every stable operation.

2. In-Depth Adaptability of Trustworthiness: The repeated refinement across over 200 specific scenarios equips Yuejiang not with “one-size-fits-all” solutions but with the ability to customize according to local conditions.

3. Customer Choice of Trustworthiness: The continuous repurchase by over 80 Fortune 500 companies is the most honest vote of “reliability” in the business world.

“The endpoint of embodied intelligence is not to be more human-like, but to be more trustworthy. Where the scenarios are, the future lies,” concluded Xie Kaixuan in an interview. Yuejiang’s “one brain, multiple bodies” is accelerating the penetration of embodied intelligence from industrial to commercial and home services, establishing itself as a reliable partner in embodied intelligence emerging from real-world scenarios.