中坚智氪亮相WRC 2026 ：以模组全栈自研、量产 定义机器人动力之巅

This article outlines Zhongjian Zhike’s core products and competitive strengths showcased at the 2026 World Robot Conference:

1. A wholly-owned subsidiary of Zhongjian Technology, a leading A-share listed garden machinery manufacturer, Zhongjian Zhike focuses on robot joint modules and power solutions. At the conference, it exhibited its full range of planetary joint modules and hub motor solutions, with live demonstrations of the products’ dynamic performance.

2. The company has achieved full-stack in-house R&D and partial mass production of its planetary joint modules, which are divided into three series: heavy-load, medium-load general-purpose, and high-speed sensitive. These lines respectively solve the heat dissipation pain point of traditional joints, meet the needs of different parts across various robot types, while its hub motor solution caters to space-constrained platforms.

3. Backed by its parent group’s nearly 30 years of manufacturing expertise, Zhongjian Zhike boasts an annual production capacity of over 300,000 units. Its products have passed multiple strict reliability and quality control tests, enabling fast delivery and cost control. Interested parties can submit inquiries via the company’s official website.

This article outlines the latest developments, industry pain points and partnership opportunities in the robot core component space for robot brands:

1. Current consumer and application trends in the robotics industry show that demand for core robot joints varies sharply across use cases. Traditional joints suffer from pain points including heat dissipation bottlenecks, fixed performance, bulky overall design and short service life, making them unable to meet the development needs of humanoid, quadruped and special-purpose robots.

2. Zhongjian Zhike has launched a full matrix of joint modules covering heavy-load, medium-load and high-speed use cases, with full-stack in-house R&D and mass production completed. The products can match the performance requirements of robots with different positioning, come standard with IP67 protection, and have their reliability validated by millions of units of mass production, helping brands solve the core component bottleneck.

3. With an annual production capacity of over 300,000 units, the company’s scaled production ensures delivery efficiency and cost control, helping brands shorten R&D and validation cycles and accelerate the launch of complete robot products. Partnership inquiries are open to brands now.

This article shares new market opportunities, cooperation directions and risk reminders for robot sellers:

1. Consumer demand in the current robot market is clearly fragmented. Large heavy-duty industrial special robots, small and medium-sized consumer humanoid and quadruped robots, and wheel-legged robots all face the problem of inadequate core component adaptation, creating growth opportunities for sellers that lay out differentiated scenario-based products.

2. Chinese domestic core joints have now achieved full-stack in-house R&D and large-scale mass production. Zhongjian Zhike can provide end-to-end services ranging from core components to complete robot design and delivery. With an annual capacity of 300,000 units, it guarantees stable supply, controllable costs and fast delivery, helping sellers shorten product launch cycles and seize market windows.

3. Sellers can leverage the cost and supply chain stability advantages brought by core component localization, and partner with suppliers like Zhongjian Zhike to explore differentiated scenario-based product layouts. They should also note that core component performance directly impacts end-product experience, so prioritize mass production-validated, reliable components.

This article provides product direction reference and transformation insights for various manufacturing factories:

1. Current demand for the design and manufacturing of core robot components is clear: heavy-duty joints need to solve heat dissipation bottlenecks, increase power per unit volume, and reduce overall robot weight; medium-load joints require lightweight design to deliver sufficient torque in a small form factor; high-speed joints need faster response to meet human-robot interaction requirements.

2. There is a feasible path for traditional manufacturing factories to transform into the robotics sector: by leveraging existing capacity, supply chain and quality control experience from precision manufacturing, factories can expand into robot core components, give full play to existing capacity advantages to reduce costs, and more easily penetrate the market. Zhongjian Zhike is a successful example of this transformation, built on the listed parent group’s manufacturing resources.

3. Adopting a route of independent core R&D plus scaled mass production allows factories to build core competitiveness, lower costs through economies of scale, and meet customer demand for fast delivery. Meanwhile, full-stack in-house R&D enables better adaptation to different customers’ differentiated needs, enhancing product competitiveness.

This article outlines industry pain points, development trends and business opportunities for robotics industry service providers:

1. Customer pain points in the current robot core component sector are clear: traditional joints cannot adapt to the differentiated performance requirements of robots across different scenarios, and suffer from poor heat dissipation, short lifespan, bulky robot bodies, and unstable delivery. Customers have strong demand for high-reliability, cost-effective domestic core components with short lead times.

2. Industry development trends show that localization, full-stack in-house R&D and scaled mass production are the mainstream direction for core components. Domestic core component companies that master core technology and have mass production capability are growing rapidly, and service providers can expand supporting services around these companies.

3. Service providers can partner with full-range core component suppliers such as Zhongjian Zhike to build full-scenario core component supporting solutions for different types of complete robot customers, meet customer needs from R&D to mass production, and expand their own business boundaries.

This article sorts out industry-side demand and future layout directions for robotics industry platform operators:

1. Domestic robot core component companies that master core in-house technology and have achieved mass production now have strong demand to showcase their products and connect with customers. Industrial exhibition platforms like the World Robot Conference are core channels for companies to promote products and acquire customers. Platforms can continue to build professional exhibition and matching scenarios around innovative core component companies.

2. In platform recruitment, operators can prioritize attracting core component companies with full-stack in-house R&D capability and scaled production capacity. These companies can attract a large number of complete robot customers for matching, improve the platform’s industrial ecosystem, and enhance the platform’s attractiveness to upstream and downstream enterprises.

3. Platforms need to optimize services for these companies, support convenient cooperation and matching channels, and keep up with technology iteration trends in the core component sector to adjust exhibition area planning and service content in a timely manner, adapt to industry development trends, and avoid the risk of ecosystem stagnation.

This article provides new industry dynamics and innovative business models in the robot core component sector for industry researchers:

1. A new development has emerged in China’s domestic robot core component sector: local companies have achieved full-stack in-house R&D and scaled mass production of planetary joint modules, with product lines covering all power ranges to meet full-scenario demand from industrial special robots to consumer-grade humanoid and quadruped robots. This breaks the reliance on imported core components and proves that localized supply chains can achieve commercial success.

2. A new viable business model has emerged: leading traditional precision manufacturing companies leverage decades of manufacturing experience, mature supply chains, mass production capacity and quality control systems to expand into the robot core component sector, and further extend downstream to offer end-to-end services from core components to complete robot manufacturing. This model gives full play to existing capacity advantages, keeping costs controllable and competitiveness strong.

3. This model verifies the feasibility of traditional manufacturing enterprises transforming into the robotics sector. Localized mass production of core components also lays a supply chain foundation for the boom of emerging domestic tracks such as humanoid robots, providing a new sample for subsequent industrial policy formulation and industry development research.