Summary of Key Points
Benmo Technology is a robotics company that started with direct-drive technology, which eliminates the need for reducers. In just six years, it has progressed from a laboratory at the Hong Kong University of Science and Technology to the stage of listing hearings on the Hong Kong Stock Exchange. Its core advantage lies in using direct-drive technology to solve the traditional problems of robotic joints, such as being bulky, noisy, and having a short lifespan. The company adopts a dual-driven model of "power modules + complete robots" and has established a three-tier collaborative technology system: "power module → wheeled robots → modular assembly." Its financial performance has been continuously improving (gross profit margin has risen for three years in a row), and it aims to achieve profitability within two years. It is a representative company in the embodied intelligence sector that has quickly closed the loop from technology development to commercialization.
1. Direct-Drive Technology: Simplifying Robot Joints to Solve Industry-Wide Issues
Traditional robotic joints use a combination of "motor + reducer," which is like adding a "gearbox" to the motor. While this setup can generate significant power, it comes with several drawbacks: large size (making the robot appear bulky), high noise levels (similar to the buzzing of a small motor), frequent failures (requiring maintenance after thousands of hours of use), and high maintenance costs.
Zhang Di, the founder of Benmo Technology, discovered in the laboratory that removing the reducer improved the robot's control performance. By directly connecting the motor to the joints without a reducer, the company achieved immediate benefits:
- Greater precision: No transmission gaps mean more stable movements (for example, the robot won't shake while cleaning windows).
- Longer lifespan: The lifespan increased from thousands of hours to 50,000 to 100,000 hours, essentially extending the robot's usable life by ten years.
- Lower noise: The noise level is close to that of the surrounding environment, making it suitable for home use without disturbance.
This technology has transformed robots from being "usable" to being "user-friendly." It has also enabled Benmo to enter the supply chains of four of the top ten global consumer robotics manufacturers. By 2025, the company plans to ship 8.5 million units, making it the only company in the world to ship over 5 million direct-drive modules for consumer robots.
2. Three-Tier Technology System: From Components to Complete Robots, Building a Robotic "Growth Platform"
Benmo Technology doesn't just sell individual components; it creates a supportive technology ecosystem:
- Foundation layer: Power modules (the "heart" of the robot): These modules combine the motor, drive, and control systems into a compact unit. The company offers series such as M05 and M15, which are suitable for home cleaning, industrial AMR (automated mobile robots), and embodied robots. They are characterized by being small, quiet, and powerful.
- Middle layer: Wheeled robots (integrating wheels and legs): There is ongoing debate in the industry about whether wheeled or legged robots are more flexible. Benmo has developed a solution that combines both. For example, the Xingtian robot is used for university research, while the TITA model features eight degrees of freedom for complex tasks, and the D1 model can switch between two-wheel and four-wheel modes, making it suitable for both indoor and outdoor use.
- Upper layer: Modular assembly (robot collaboration): Through standardized interfaces, multiple robots can work together (e.g., moving objects or patrolling). There are few companies in the world that have successfully implemented this technology.
These three layers enhance each other: The modules provide power to the complete robots, and the data collected from these robots helps optimize the module design. The assembly technology allows robots to work as a team, transforming Benmo from a component supplier into a platform that enables the rapid development of various types of robots.
3. Dual-Driven Model: Selling Both Components and Complete Robots for Greater Business Growth
Benmo's business strategy relies on two pillars:
- Selling power modules to other robotics companies, which not only tests the performance of the modules but also provides experience in manufacturing complete robots, thereby improving module design.
- Developing its own wheeled robots: This approach strengthens ties with upstream and downstream suppliers and customers, as they understand the specific requirements of different application scenarios (e.g., quietness for consumer robots and durability for industrial robots).
These two strategies are positioned on rapidly growing markets: the global robotics power module market is expected to reach 206.3 billion yuan by 2030 (with an annual growth rate of 13.9%), and the wheeled robot market is expected to reach 6.7 billion yuan (with an annual growth rate of 106.5%). As the D1 robot becomes more commercially viable and modules are adopted in more applications, these two businesses will complement each other, expanding the market share.
4. Business Quality: Moving from Losses to Profitability
Many companies in the embodied intelligence sector are still in the conceptual stage, but Benmo has already crossed a critical threshold towards commercialization:
- Mass production capacity: By 2025, the company will have a production capacity of over 15 million power modules, ensuring consistent performance across all units. Small batch orders can be delivered within 30 days, meeting customers' rapid development needs.
- Improving gross profit margin: The margin increased from 13.5% in 2023 to 21.5% in 2025 due to larger scale, lower procurement costs, higher production volumes, and improved product design.
- Narrowing losses: Revenue is expected to reach 280 million yuan in 2025 (with a compound annual growth rate of over 300%), and the net loss will be significantly reduced compared to 2023.
Future plans include adding four more automated production lines (with an automation rate of over 50%) and further reducing material costs by 15-20%. The company aims to achieve positive net profit and cash flow growth within two years.
5. Closing the Loop in Six Years: The Resonance between Technological Vision and Commercial Reality
In just six years, Benmo has completed the loop from laboratory research to market entry, achieving "technological breakthrough → product development → scaled profitability":
- Technologically: It has redefined the "physical principles" of robotic joints with direct-drive technology.
- Commercially: It has established a sustainable expansion model with the dual-driven approach of components and complete robots.
- Industrially: It has created a platform that enables the efficient development of various types of robots, providing a breakthrough for the embodied intelligence sector.
Benmo is now just one step away from listing. This success demonstrates that good technology must not only be innovative but also solve practical problems to gain traction in the market.
This analysis clearly explains Benmo Technology's core logic, business model, and financial performance, making it easy for anyone to understand why the company has grown so rapidly and its impact on the industry.