Another Honor: Third Prize in the Taizhou 2025 High-level Talent Entrepreneurship Competition for the Robotics Industry

This article retains the original publication and historical testing context. Software calculation precision is not the measurement error of the complete instrument, and loading capacity is not daily throughput. Historical timings, examples and applicability of standards should be checked against the current model, sample conditions and validation materials. Current product specifications

The Taizhou 2025 High-level Talent Entrepreneurship Competition for the Robotics Industry recently concluded, attracting considerable industry attention. Led by CEO Li Qiang, our team entered its core “Intelligent Microscopic Robot” project. With its technological innovation, market potential and team capabilities, the project stood out among many strong entries and won third prize, bringing another honor to the company and adding momentum to the development of intelligent microscopic robots.

Organized by relevant government departments in Taizhou, the competition took “Bringing Together Robotics Expertise to Empower High-quality Development” as its theme. It focused on cutting-edge robotics technologies and innovative applications, aiming to create a platform for exchange and cooperation among high-level talent, identify and cultivate competitive projects and teams, and accelerate the development of Taizhou’s robotics industry. Since its launch, hundreds of companies and research teams from across China registered to participate. Entries covered industrial, service and specialized robots and other segments, making the competition particularly intense.


Our “Intelligent Microscopic Robot” project is a core achievement developed through years of research, overcoming many limitations of traditional microscopy in precision, efficiency and intelligence. The robot integrates advanced technologies including high-precision motion control, AI image recognition and miniature sensing, enabling nanoscale positioning operations and real-time dynamic monitoring. It has broad application prospects in biomedicine, precision manufacturing and materials science. In biomedical settings, it can assist researchers with complex tasks such as precise cell manipulation and microscopic analysis of pathological slides, greatly improving research efficiency. In precision manufacturing, it can perform high-precision inspection and assembly of miniature components to support industrial upgrading.

During the competition, CEO Li Qiang gave the judges and audience a clear, professional presentation of the project’s technical advantages, development history, business model and future plans. When asked about overcoming technical challenges, analyzing competing products and the route to commercialization, Li Qiang and the team responded confidently. Their solid technical expertise and insight into industry trends earned strong recognition from the judges. The judges agreed that the Intelligent Microscopic Robot project has substantial technical barriers and clearly defined market demand, fits the trend toward advanced, precise and specialized robotics, and offers promising prospects for commercialization and social value.

The award recognizes CEO Li Qiang’s leadership and the project’s innovative value, as well as the company’s R&D strength and teamwork. After the competition, Li Qiang said: “We thank the Taizhou government for providing this excellent competition platform, giving us the opportunity to learn from leading industry talent and compete alongside them. This honor is both encouragement and responsibility. We will continue to increase R&D investment and accelerate the implementation of the Intelligent Microscopic Robot project, while actively connecting with local industrial resources in Taizhou. We aim to contribute to the high-quality development of Taizhou’s robotics industry and continue pursuing innovative breakthroughs in intelligent technology.”

Building on this award, we will further strengthen technological research and market development, continually improve our core competitiveness, and strive for further breakthroughs in intelligent microscopic robots. We aim to contribute to the development of China’s robotics industry and to greater scientific and technological self-reliance.