On May 12, the 2026 "Digital & Intelligent Empowerment, Investing in the Future" Smart Construction Application Scenario Exchange Meeting was successfully held in Pukou, Nanjing. The event was located in Jiangbeixun District, a provincial-level smart construction pilot zone, focusing on the landing of smart construction technologies and scenario applications, gathering backbone enterprises in the industry to jointly explore new paths for the digital transformation of the construction industry.

Beijing Fangshi Robotics Co., Ltd. (hereinafter referred to as "Fangshi Robotics") was invited to appear at this grand event, participating in the exchange with its full-stack self-developed construction robot solutions, and deeply sharing the innovative practice of the "Embodied AI + Large Model" AI solution in real construction sites. With hardcore technology strength, it injected new momentum into the large-scale landing of smart construction.

The Only One on Site, Demonstrating Hard Strength of Smart Construction The urban construction exchange meeting this year is a benchmarking event in the smart construction industry with considerable influence in the Yangtze River Delta region. Focusing on the three core elements of "scenario adaptation, process optimization, and quality upgrade," Fangshi Robotics became the only enterprise to conduct on-site construction demonstrations at this exchange meeting. It displayed two core models on-site: the residential spray-scraping and sanding integrated robot and the stone tile laying robot, comprehensively presenting the full-chain strength of construction robots from technological innovation to real-scene landing.

On-Site Demonstration of the Residential Spray-Scraping and Sanding Integrated Robot

Among them, the residential spray-scraping and sanding integrated robot, which intelligently integrates multiple processes such as putty spray-scraping, putty sanding, and latex paint spraying, became the core highlight of the scene. The robot adopts an upper-body system composed of a self-developed six-degree-of-freedom mechanical arm and a lifting system. Its sensor synchronization cycle error compensation leads the world, ensuring more uniform and stable construction quality while improving efficiency.

Relying on the unique advantages of its self-developed technology, the robot demonstrated the sanding process on-site. The maximum efficiency of putty sanding reached 100 ㎡/h*, which is more than 5 times the efficiency of traditional labor. It can meet the intelligent construction needs of complex indoor facades such as ceilings, walls, bay windows, and beams.

On-Site Demonstration of the Stone Tile Laying Robot

The Stone Tile Laying Robot, specially built for large-format stone construction scenarios, also shone brightly at this exchange meeting. Equipped with a self-developed lightweight heavy-payload 7-degree-of-freedom robotic arm and an omnidirectional mobile chassis, it can stably carry heavy stone tiles within 120kg, automating the entire process from precise dry mortar leveling and back-coating to precise laying.

Relying on precise force control and intelligent path planning technologies, the maximum construction efficiency of the robot per day can reach 100 square meters, saving labor costs by over 60%. It can adapt to multiple tile specifications and diverse laying solutions, and is widely applicable to large-area stone tile construction scenarios such as airports, stations, subways, hospitals, and public squares.

With mature products and intuitive intelligent operation advantages, the booth of Fangshi Robotics attracted real estate development enterprises, general contractors, industry research institutes, and domestic and foreign partners to stop by for visits, consultations, and negotiations.

Exhibitors focused heavily on the equipment's practical operation performance, landing costs, cooperation models, and project application cases. The Fangshi Robotics team conducted one-on-one technical explanations, case deconstructions, and solution Q&A, intuitively demonstrating the feasibility and practicality of the large-scale landing of construction robots.

Speech by Fangshi Representative, Interpreting the Way to Break the Industry Impasse

During the exhibition, Xue Bing, Regional Sales Director of Fangshi Robotics, was invited to attend the exchange meeting and deliver a keynote presentation. He systematically shared the comprehensive product matrix and "Embodied AI + Large Model" AI solutions of Fangshi Robotics, and introduced that the company is one of the earliest enterprises in China to achieve batch commercial sales of construction robots, build a product matrix covering all construction scenarios, and achieve commercial output overseas.

He also shared the strategic results of Fangshi Robotics' globalization journey. Since its products first entered the Australian market in 2023, it has successfully covered more than ten countries, including the UAE, Russia, and India. Currently, Fangshi Robotics is accelerating the establishment of regional service centers and spare parts warehouses in the Middle East and Southeast Asia, aiming to achieve a leap from product output to localized operations. The successful application of Fangshi Robotics overseas fully verifies the global replicability of domestic construction robot technology, products, and business models.

The appearance at the Pukou Urban Construction Smart Construction Application Scenario Exchange Meeting this time is not only a full recognition by the industry of Fangshi Robotics' technical strength, product landing capability, and globalization layout achievements, but also an important opportunity for the company to deeply cultivate the Yangtze River Delta region, connect urban construction ecological resources, and deepen scenario cooperation. With full-stack self-developed technology, a mature robot product matrix, and rich engineering landing experience, Fangshi Robotics has further demonstrated its leading edge in the smart construction track, providing a referable and replicable practical model for the digital transformation of the industry.