Partner Robotics, a fast-rising Chinese construction robotics startup, has raised over USD 10 million Series A funding round led by China Growth Capital, with Cowin Capital and Redpoint China participating. Index Capital served as the exclusive financial adviser for the deal.
The fresh funds will be used to advance three strategic priorities: enhancing embodied intelligence in construction-site robots, expanding into overseas markets, and optimizing supply chains to lower manufacturing costs and improve product affordability.
The financing marks a key step for Partner Robotics as it aims to redefine how robots transform the global construction industry—an industry facing acute labor shortages and rising costs. The company is betting that automation will not only address workforce challenges but also significantly improve efficiency and safety standards across complex building environments.
Construction has long been one of the least automated sectors. But that is changing rapidly. According to industry estimates, billions of square meters of floor tiling are installed globally each year, with most of the work still performed manually—a process that is slow, labor-intensive, and prone to inconsistency.
Partner Robotics sees this as a multi-billion-dollar opportunity. With global construction wages surging and younger workers shunning physically demanding jobs, builders are turning to robotics as a solution. At the same time, declining component costs and advances in machine perception have made it more feasible to commercialize construction-focused robots.
“Automation in construction isn’t just about replacing workers—it’s about redefining precision, safety, and productivity,” said Wang Kecheng, the founder and CEO of Partner Robotics. Wang previously served as CEO of Bright Dream Robotics, one of China’s earliest and most ambitious players in the construction automation field. He brings over a decade of experience in robotics R&D and international market development.
Founded in 2023, Partner Robotics focuses on embodied intelligence—robots that can perceive and interact with their physical surroundings through sight, touch, and sound. The company integrates multi-sensor fusion, visual recognition, and cloud-based simulation platforms to enable robots to make real-time decisions in dynamic, unstructured environments.
“Our robots don’t just repeat programmed movements—they learn from data and improve continuously,” Wang said.
The company’s proprietary “robotic brain” integrates computer vision, motion planning, heavy-load manipulators, and precision optical measurement sensors. These allow Partner’s machines to operate with remarkable accuracy in complex and variable site conditions.
Two flagship products, the P900 tile-laying robot and the L3000 intelligent marking robot, exemplify this technology.
The P900 is designed to automate the labor-intensive process of tile installation. By precisely controlling laying parameters such as pressure, spacing, and alignment, it ensures flat and tightly bonded surfaces. Partner Robotics claims the P900 can lay tiles five to six times faster than human workers while significantly reducing hollowing defects.
In markets with high labor costs, such as the United States, contractors can recoup the investment within six months, according to the company.
The L3000, meanwhile, performs fully automated floor marking and layout tasks with ±2 millimeter precision and 100% area coverage. The robot’s efficiency is up to six times higher than manual labor, substantially reducing human fatigue and error. From structural construction to interior finishing, the L3000 enables builders to execute complex layout plans with minimal supervision.
Together, the two robots offer a practical and cost-effective pathway for automation across multiple stages of the building process.
From the outset, Partner Robotics has pursued a global commercialization strategy. Since mid-2025, the company has accelerated overseas expansion, securing over USD 1.4 million in international orders and completing nearly 100,000 square meters of automated tiling projects abroad.
Its current focus markets include Europe, North America, and the Middle East, where rising wages and labor shortages have made automation technologies increasingly attractive.
To support international growth, the company has built an expanding sales and after-sales service network, establishing distributor partnerships across Europe, the U.S., the Middle East, and Singapore. Localized research centers are also being set up to adapt the robots to different materials, construction techniques, and environmental conditions.
By integrating computer vision with adaptive control systems, Partner’s robots can function reliably across diverse markets—handling variations in materials, climate, and standards without extensive reprogramming.
Technology at the Core of Competitiveness
One of Partner Robotics’ technical advantages lies in its use of virtual-simulation cloud platforms. The system allows robots to undergo intensive simulated training before deployment, enabling faster real-world adaptation and improved accuracy.
The continuous feedback loop between simulation and field performance means each robot can self-optimize over time—reducing error rates and enhancing efficiency.
“Simulation-driven development helps us shorten training cycles while improving reliability,” Wang said. “Our robots get smarter the more they work.”
This feedback-based model has made Partner Robotics one of the technological frontrunners in construction automation—a field still in its early commercial stage but with massive long-term potential.
China Growth Capital, the lead investor, said in a statement that Partner Robotics’ combination of technical innovation and market discipline positions it to accelerate automation across global construction.
“The company is addressing a massive pain point in an industry that’s ripe for disruption,” the firm said. “With strong execution and deep domain expertise, Partner Robotics is well placed to capture global demand.”
Industry analysts agree that as robotics becomes more affordable and capable, adoption in construction could mirror what has already occurred in logistics and manufacturing. According to estimates from market research firm Tractica, the global construction robotics market could exceed USD 3 billion by 2030, growing at double-digit annual rates.
Partner Robotics is betting that by combining embodied intelligence, cloud simulation, and precision engineering, it can capture a sizable share of that market—and in doing so, redefine how buildings are constructed around the world.
“Construction is one of the last major frontiers of automation,” Wang said. “Our mission is to make robots not just tools, but intelligent partners that build the future with us.”
