Tiankai Innovation Park: 5,100 companies, 122 high‑tech firms and 12‑DOF snake robots
From prototype to market — a full ecosystem covering R&D, pilot testing and commercialisation. A 12‑DOF snake robot, a non‑invasive brain‑computer interface, collaboration with 10 hospitals. Over 5,100 companies now operate in the park, including 122 high‑tech firms. AI, new energy, biomedicine — future clusters are being formed here.
As reported by CCTV+, an innovation centre in Tianjin, northern China, has built a full‑fledged ecosystem covering R&D, pilot testing and commercialisation, helping tech startups turn ideas into market‑ready products. The Tiankai Higher Education Innovation Park is a key part of the city's efforts to develop new high‑quality productive forces through closer collaboration between research institutes and industry.
One research team is pushing the boundaries of multi‑joint robotic snake capabilities. With advanced articulation technology, the machine can move in various ways, making it suitable for future applications in pipeline inspection, post‑disaster rescue, and other hard‑to‑reach areas. Tian Kai, product manager at Daoji Tiankai (Tianjin) Intelligent Technology, said: "Our breakthrough in multi‑joint movement allows for much more complex motions. Old models could only handle six degrees of freedom, but now we have achieved twelve, giving us much greater dexterity." For a long time, the team struggled to find a market. The situation changed when park representatives stepped in to support them. The snake's ability to navigate narrow and dangerous spaces made it ideal for inspecting underground utility tunnels. Through targeted matchmaking, the technology quickly found its first customers. Today, mechanical snakes are being tested in heating networks and power grid inspection routes across the country.
In another corner of the park, researchers are refining a non‑invasive brain‑computer interface system designed for stroke rehabilitation. By combining neural signal decoding with functional electrical stimulation, the device is expected to help paralysed patients restore neuromotor functions. Thanks to the park's extensive network, the company has already established clinical collaboration with more than 10 hospitals nationwide.
The Tiankai Park is making steady progress in various cutting‑edge fields, including AI, new energy and materials, and biomedicine, where clusters of advanced enterprises are taking shape. To date, the park hosts more than 5,100 companies, including 122 high‑tech firms. Wang Huan, director of the business environment department for industrial parks at the Tianjin Science and Technology Bureau, said: "Our next step is to deepen the integration of scientific and industrial innovation, and to build a stronger cluster of innovation resources. We also plan to attract more technology service providers and financial institutions."
The Tiankai Higher Education Innovation Park is one of Tianjin's flagship projects for scientific and technological innovation. It brings together universities, research institutes and industrial enterprises. The multi‑joint robotic snake is an example of how university‑based research finds real‑world applications. The brain‑computer interface is one of the most promising technologies in neuro‑rehabilitation. Tiankai Park has become a symbol of China's systematic approach to innovation: not just funding ideas, but creating an environment where they become products.
When a 12‑DOF snake robot crawls through heating pipes, and a neural interface helps paralysed patients move again, innovation ceases to be abstract. It becomes a tool that saves lives and modernises infrastructure. Tiankai Park is not just buildings and labs. It is a circulatory system for ideas — from blueprint to market, from one researcher to 5,100 companies. Here, every startup knows: if you have a breakthrough, someone needs it. And when a robot finds a customer and a patient finds hope, that is the "new productive force" everyone is talking about.
