All Four Robots Triumphant! Fangshi Technology Achieves Great Success Again at the 3rd Construction Robotics Competition

On October 29, 2025, the 3rd "China Construction · Wisdom for the Future" Construction Robotics Competition concluded in Chongqing. All four entry robots from Suzhou Fangshi Technology Co., Ltd. (hereinafter referred to as "Fangshi Technology") were triumphant, sweeping four major awards across the "Practical Combat" and "Performance Demonstration" categories. This fully demonstrates the company's technical strength and innovation capabilities in the field of intelligent construction.

This competition was one of the themed activities for the 2025 World Cities Day China Host Event. Previously, with the support of the Ministry of Housing and Urban-Rural Development, the Chongqing Municipal Commission of Housing and Urban-Rural Development successfully held two national construction robotics competitions in 2023 and 2024, attracting over 200 technical products from 19 cities across the country. The strong industry response has established this event as a highly influential professional brand competition nationwide.

Practical Combat x Performance: The Construction Robotics Showdown

On October 26, the Practical Combat Competition and Performance Demonstration Competition took place. In the Practical Combat category, Fangshi Technology deployed the Spray-scraping & Sanding Integrated Robot and the Ceramic Floor Tile Laying Robot to tackle two major application scenarios: "interior wall spraying" and "floor tile tiling."

After intense competition, the Spray-scraping & Sanding Integrated Robot was honored with the "Best Efficiency Award" for its outstanding operational speed.

Best Efficiency Award: Spray-scraping & Sanding Integrated Robot

This robot has achieved the intelligent integration of multiple processes, including putty spraying, putty scraping, sanding, and latex paint spraying. Its construction efficiency is more than 5 times that of traditional manual labor. Utilizing Fangshi Technology’s self-developed robot controller, its sensor synchronization cycle error compensation leads the industry globally, ensuring more uniform and stable construction quality while simultaneously boosting efficiency.

During the same period, the Ceramic Floor Tile Laying Robot won the "Most Innovative Award" for its innovative technical processes.

Most Innovative Award: Ceramic Floor Tile Laying Robot

This robot is highly integrated and intelligent, featuring functions such as automatic layout, path planning, automatic tile adhesive scraping, and automatic tile laying. Its daily average tiling area reaches 120 m², reducing manual labor costs by over 60%. It effectively decreases reliance on manual labor, alleviates the "labor shortage" issue, and represents a revolutionary breakthrough in thin-set tiling technology.

During the Performance Demonstration category, Fangshi Technology showcased the comprehensive performance of its concrete floor construction robot series. The Four-wheel Concrete Laser Screeding Robot was honored with the "Most Potential Award" for its outstanding technical advancement and broad market prospects.

Most Potential Award: Four-wheel Concrete Laser Screeding Robot

This robot utilizes an intelligent laser leveling algorithm and wire-controlled chassis technology to perform large-scale, high-precision leveling of concrete surfaces after pouring. With a construction efficiency of 400-600 m²/h, it has been widely applied in major engineering projects such as Shanghai Pudong International Airport, Chongqing East Railway Station, and the Suzhou China Overseas Super Tower, fully demonstrating its reliable performance in complex construction environments.

Meanwhile, the Concrete Power Floating and Troweling Robot won the "Best Practicality Award" for its outstanding practical performance.

Best Practicality Award: Concrete Power Floating and Troweling Robot

This robot supports the dual-process construction of initial concrete setting (slurry extraction and leveling) and final setting (smoothing and finishing). It precisely controls the flatness deviation of the concrete surface within 5 mm, far exceeding traditional manual construction standards. It is particularly suitable for continuous flooring operations in factories, large logistics warehouses, parking lots, open-air plazas, and similar environments.

Shining in the Mountain City! Fangshi Technology Makes a Remarkable Impact

During the competition, the Fangshi Technology booth saw a continuous stream of visitors, with the award-winning robots showcasing their specialized capabilities and becoming one of the most highlighted exhibition areas on-site. Construction contractors and buyers from regions such as Southeast Asia and the Middle East spent significant time at the robot demonstration area, engaging in in-depth discussions with on-site technical staff regarding product performance, technical parameters, and international adaptability.

On October 27, during the dedicated match-making event for construction robot supply and demand, Zhu Wan from Fangshi Technology, representing the company, engaged in in-depth exchanges with industry experts and investment institutions, sharing the company's technical accumulation and innovative achievements in the field of intelligent construction.

To date, Fangshi Technology has participated in multiple competitions and repeatedly achieved excellent results. From winning the "Innovation Star" and "Efficiency Star" at the inaugural competition to securing four major awards in this edition, the company has fully demonstrated its capacity for continuous innovation and its technological leadership in the field of construction robotics.

Fangshi Technology stated that it will take these awards as an opportunity to further deepen its technological research and development, promote the use of its award-winning products to bolster the development of intelligent construction, and actively explore more application scenarios for construction robots, contributing more significantly to the intelligent transformation and upgrading of the construction industry.