During the 2026 Lunar New Year, INSPIRE ROBOTS’ Dexterous Hand appeared on the CCTV Spring Festival Gala stage, becoming the first Chinese self-developed robotic Dexterous Hand to debut in a Spring Festival Gala program. Shortly before, the company announced that its 2025 Dexterous Hand product delivery volume exceeded 10,000 units.
These two pieces of news attracted attention within the robotics industry, not because they created amazing financing records or shouted disruptive slogans, but because these two things happened to fall at the same time node and on the same enterprise.
The Spring Festival Gala stage means recognition at the public level, while ten-thousand-unit delivery represents validation at the industrial level. The combination of both makes INSPIRE ROBOTS, an enterprise founded ten years ago and always focused on The Dexterous Hand field, a typical microcosm of China’s robotics core components development process.
In the current context where The Dexterous Hand sector transitions from niche to feverish, from concept hype back to rational implementation, INSPIRE ROBOTS’ ten-year path may provide some reference worth considering for the industry.
01. Ten Years of Temperature Changes in The Dexterous Hand Sector
When INSPIRE ROBOTS was founded in 2016, The Dexterous Hand was almost a blank field domestically. At that time, industrial robot bodies were the focus of capital and policy, service robots were just starting, and humanoid robots remained more at the concept verification stage in university laboratories. As a robot end effector, The Dexterous Hand had high technical complexity, limited application scenarios, and long commercial return cycles, with few enterprises willing to venture into it.
INSPIRE ROBOTS’ founding team chose this cold bench. Starting from the Micro Linear Servo Actuator, this core component, they gradually built a complete technical system for The Dexterous Hand. R&D during this period had no market hotspots to ride on and no capital stories to tell, relying only on judgment of technical direction and persistence in product implementation.
Changes occurred around 2023. With breakthroughs in artificial intelligence technology and the rise of the Embodied AI concept, humanoid robots became a new focus of the global technology industry. As a core component for humanoid robots to achieve hand operation functions, The Dexterous Hand overnight transformed from a cold track to a hot track. Capital poured in, new players entered, and various technical routes and product concepts emerged endlessly, with track heat rapidly climbing.
But beneath the noise, the industry’s real needs were not met. Many Dexterous Hand products remained at the prototype stage, unable to mass produce; some products had eye-catching performance indicators, but reliability and maintainability could not support practical applications; many solutions had costs too high to be accepted by integrators and end users. The three major pain points of difficult mass production, difficult maintenance, and poor reliability still plagued The Dexterous Hand industry.
02. The Breakthrough Logic of Micro Linear Servo Actuator
At this stage, INSPIRE ROBOTS’ choice was to continue advancing along the established technical route. From the beginning, the team clarified the direction of independently developing core components because only by mastering underlying technology can mass production, maintenance, and reliability problems be fundamentally solved.
The Micro Linear Servo Actuator is INSPIRE ROBOTS’ core technical breakthrough. It integrates servo motors, reducers, encoders, and drivers into an extremely small volume, directly embedded in each finger joint of The Dexterous Hand. The advantage of this solution lies in modularity: since each finger joint is an independent servo drive unit, the whole hand’s degrees of freedom can be flexibly configured, and assembly and maintenance are more convenient. Compared to traditional external drive or complex transmission structures, the Micro Linear Servo Actuator significantly reduces The Dexterous Hand’s integration difficulty and failure rate.
Based on this core component, INSPIRE ROBOTS built a full-stack self-developed software and hardware system. From underlying drive algorithms to upper-level gesture planning, from joint force control to whole-hand coordinated control, all are completed through autonomous development. This full-stack capability ensures product performance consistency and makes iteration optimization more efficient.
In terms of technical routes, INSPIRE ROBOTS adopts a multi-line parallel strategy. Currently, its linkage-style Dexterous Hand has achieved mature mass production, suitable for industrial scenarios with high precision and reliability requirements; tendon rope transmission solutions are being advanced to meet service robot needs for lightweight and compliance; direct drive technology is also under continuous R&D, preparing for future higher-performance applications. This technical layout does not pursue the extreme of a single indicator but focuses on adaptability to different scenarios, allowing The Dexterous Hand to truly be “usable.”
03. Empirical Evidence of Industrialization Capabilities Behind Ten-Thousand-Unit Delivery
INSPIRE ROBOTS’ 2025 Dexterous Hand delivery volume exceeding 10,000 units has indicator significance within the industry. Ten-thousand-unit delivery means the product has crossed the laboratory validation stage and entered the scaled application cycle.
From an industrial perspective, ten-thousand-unit delivery reflects capability accumulation across several dimensions. First is supply chain maturity: batch production of Micro Linear Servo Actuator requires precise manufacturing processes and stable supply chain systems, needing long-term running-in and optimization. Second is the establishment of quality control systems: ten-thousand-unit delivery means product consistency and reliability have passed market testing, with failure rates and maintenance costs controlled within acceptable ranges. Third is application scenario expansion: usage feedback from different customers provides real data for product iteration, allowing technical R&D to stay synchronized with market demands.
Ten-thousand-unit delivery is not the endpoint but the starting point from “usable” to “good to use.” As application scenarios enrich, customer requirements for The Dexterous Hand continue to improve. Some scenarios need higher grasping force, some require finer force control, and some need long-term operation in special environments. These demands are driving INSPIRE ROBOTS to continuously optimize product performance and expand technical boundaries.
04. Technical Inclusion Through Spring Festival Gala Appearance
At the 2026 Year of the Horse Spring Festival Gala, INSPIRE ROBOTS’ Dexterous Hand completed a series of fine operations in the program. For the industry, this is not merely brand exposure but a landmark event for robotics core components moving into public view.
For a long time, robotics core components were hidden inside systems, with limited public awareness. As the component closest to human hand function, The Dexterous Hand has natural perceptibility. When audiences see mechanical hands helping grasp various objects on robots, their understanding of robot technology transforms from abstract concepts to concrete experiences. This technology inclusion communication effect is beneficial for the industry’s long-term development.
From an enterprise perspective, the Spring Festival Gala appearance is also recognition of INSPIRE ROBOTS’ ten-year persistence. When industry heat was high, the enterprise did not chase short-term traffic but focused energy on the product itself; when the spotlight truly shone, the product could support this attention. This sense of rhythm may be precisely the development path that technology enterprises should have.
05. From Concept Noise to Value Return
Reviewing The Dexterous Hand sector’s evolution over the past few years reveals a clear development curve: from cold to hot, from concept hype to rational return. In this process, some enterprises were eliminated, some adjusted directions, and enterprises like INSPIRE ROBOTS continued advancing along established routes.
The challenges facing The Dexterous Hand industry remain considerable. In technical routes, different solutions have respective advantages and disadvantages, with no unified standards yet formed; in costs, high-performance Dexterous Hand prices remain relatively high, constraining scaled applications; in application scenarios, task definitions truly needing The Dexterous Hand are not yet clear, with many scenarios still in exploration stages. Solving these problems requires joint efforts from enterprises within the industry and time precipitation.
INSPIRE ROBOTS’ practice demonstrates that there are no shortcuts to The Dexterous Hand industrialization. Core component breakthroughs require long-term investment, full-stack capability construction requires time accumulation, and market validation requires real applications to test.
INSPIRE ROBOTS’ vision is “to make robots able to afford, able to use, and able to use well The Dexterous Hand.” These three “use” words correspond to cost, adaptability, and reliability dimensions respectively.
“Able to afford” requires continuous technical innovation and process optimization, reducing product costs through scale effects and design improvements. “Able to use” requires deep understanding of different scenario needs, providing diversified product solutions and technical support. “Able to use well” requires effort in reliability and ease of use, allowing customers to easily integrate and use stably long-term.
Achieving these three goals depends not only on INSPIRE ROBOTS’ efforts but also on the coordinated development of the entire industry chain. The Dexterous Hand needs deep integration with robot bodies, perception systems, and control algorithms; upstream and downstream enterprises need to jointly explore application scenarios; industry standards need gradual establishment and improvement.
06. Making The Dexterous Hand Truly “Use Well”
In 2026, INSPIRE ROBOTS stands at a new starting point. The Spring Festival Gala spotlight will dim, the ten-thousand-unit delivery number will be surpassed, but The Dexterous Hand industry’s development has just entered the right track. With continuous fusion of artificial intelligence and robot technologies, and continuous expansion of application scenarios, The Dexterous Hand will play an increasingly important role. Enterprises that truly master core technologies, truly understand customer needs, and truly can deliver stably will occupy their deserved positions in this process.
INSPIRE ROBOTS’ ten years is a slice of China’s robotics core components development. Its significance lies not in how many miracles were created but in proving that in fields requiring long-term investment, doing things steadily remains a viable choice. When industry heat recedes and noise returns to calm, the value of this choice will become clearer.
