Continuing to Deepen Overseas Presence! BoJiang Robotics Lands in Vietnam, Setting a New Benchmark for Smart Construction in Southeast Asia
en.Wedoany.com Reported - Recently, new progress has been made in the smart construction process of the THE SENIQUE HANOI commercial-residential project in Hanoi, Vietnam. As the first high-end commercial-residential project in the local market to adopt construction robots on a large scale, BoJiang's putty sanding robot and interior spraying robot officially commenced on-site construction in February this year. To date, the equipment has been operating continuously and stably on-site for several months, completing the decoration construction tasks for multiple batches of floors and units to a high standard. The equipment continues to operate as part of the full-process routine on-site, steadily advancing the overall intelligent construction plan for the entire project, ushering in a new model of large-scale, routine intelligent construction for interior decoration in Vietnam. With the hard-core strength of China's smart manufacturing, it provides a viable and replicable long-term solution to address the development pain points of the Southeast Asian construction industry.

Confronting Challenges Head-On, Adapting to Complex Construction Scenarios
The THE SENIQUE HANOI project involved in this collaboration is a large-scale high-end commercial-residential complex in the core area of Hanoi. The project is massive in scale, with a master plan featuring 3 residential towers, each 37 stories high with 24 units per floor, designed with 2 underground levels plus 37 above-ground levels. Both the construction scale and difficulty rank among the highest locally.

What makes it even more challenging is that the project involves numerous complex scenarios that are difficult for traditional construction methods to accommodate. Narrow and elongated corridors restrict movement, and the compact interior spaces of individual units mean that traditional manual construction not only suffers from insufficient operating space and significantly reduced efficiency, but also is highly prone to quality issues such as incomplete sanding and uneven spraying, posing a major test for quality control throughout the entire project lifecycle.
Directly addressing the project's construction pain points and the industry's development challenges, BoJiang Robotics completed equipment delivery, commissioning, and production launch in February. Rather than opting for a single-point technology pilot, the company directly implemented a full-process intelligent construction solution with batch application across entire buildings. Through the coordinated operation of two core pieces of equipment—the putty sanding robot and the interior spraying robot—a fundamental solution to the project's pain points has been provided.
Stable Operation, Continuously Delivering Cost Reduction and Efficiency Gains
Since commencing on-site construction, BoJiang's two robotic systems have consistently demonstrated exceptional adaptability, stability, and reliability in complex, confined spaces.

Leveraging advanced autonomous navigation and full-area path planning technology, the two robots can maneuver flexibly within compact indoor spaces, seamlessly covering walls, ceilings, and all other construction areas without the need for manual repositioning of work points. The putty sanding robot focuses on millimeter-level precision sanding, resolving the dead-angle and precision deviation issues inherent in manual work; the interior spraying robot simultaneously carries out uniform full-area coating operations, with paint film thickness consistency far exceeding manual standards. This integrated solution not only completely eliminates the inconvenience and safety risks of manual work in confined spaces, but also achieves a dual leap in construction efficiency and project quality, while maintaining a high standard of output during long-term continuous operation.
Continuously Rising Efficiency
Construction hours per floor are reduced by 56% compared to traditional manual methods, significantly shortening the delivery cycle for individual units and floors, and perfectly matching the overall project construction pace.
Precise and Controllable Costs
According to estimates, a single floor can save approximately RMB 16,000 in labor costs. Based on the overall project scale, it is projected that labor costs alone could be reduced by approximately RMB 1.8 million, delivering significant cost advantages across the entire lifecycle.
Consistent Quality Throughout
Construction precision and finished product consistency have achieved a qualitative breakthrough, fundamentally resolving the quality inconsistency issues of traditional manual construction and substantially reducing post-construction rework costs. All 72 completed units have passed one-time acceptance inspection with a 100% pass rate.
Long-Term Safety Assurance
The fully mechanized construction process completely eliminates the safety hazards of manual work at heights and in confined spaces. Since deployment three months ago, the project has achieved zero safety incidents and zero equipment failures causing downtime, reliably ensuring construction continuity.

To date, the project's construction results have far exceeded industry expectations, with core advantages continuing to stand out. The two robots remain in continuous rotation on-site, steadily advancing the decoration tasks for subsequent floors, truly realizing the routine, large-scale, full-lifecycle deployment of construction robots in major overseas projects.
Creating a Replicable New Paradigm for Smart Construction
In recent years, Vietnam's economy has continued to rise, and the construction industry has experienced explosive growth, with various commercial-residential complexes and infrastructure projects being launched in rapid succession, making it the most prominent growth pole in the Southeast Asian construction market. However, behind this rapid development, deep-seated industry pain points have persisted for a long time, becoming a core bottleneck constraining the industry's high-quality development. Faced with these long-standing core contradictions, intelligent, industrialized, and routine smart construction solutions have become the only key to breaking the deadlock.

The deployment of BoJiang Robotics in the Hanoi project in Vietnam is by no means a one-off technology pilot or short-term equipment export, but rather a milestone long-term practice in the global expansion of Chinese construction robots. For the local Vietnamese market, BoJiang's solution precisely targets the core pain points that have long plagued the local construction industry—labor shortages, low efficiency, and difficult quality control—providing a full-lifecycle smart construction solution that delivers "cost reduction, efficiency improvement, quality enhancement, and safety assurance" for large-scale local commercial-residential projects, powerfully driving the transformation of Vietnam's construction industry from traditional labor-intensive methods to intelligent, industrialized construction.
From a dedicated player in the domestic smart construction sector to a long-term pioneer in the global market, BoJiang Robotics will continue to place technological innovation at its core, continuously refining construction robot solutions that adapt to all scenarios, full lifecycles, and high stability. For the intelligent upgrade of the global construction industry, BoJiang will keep delivering its solutions and contributing China's strength!
Related Products

Aoxuan Intelligent Precision Air Conditioning Unit
SHANGHAI AOXUAN PURIFICATION TECHNOLOGY CO., LTD.



Acoustic Mineral Fiber Ceiling Tile 595x595x12mm
Shanxi Pano Trading Co., Ltd
Industrial and Commercial Point-Type Gas Detector
Jinan Benan Technology Development Co., Ltd.

Ceiling light | led Ceiling Light | LED Indoor light | LED Ceiling lighting
Queendom Group Technology Co., Ltd.



YZR (450-560) Series Wound Rotor Three-Phase Asynchronous Motors for Crane and Metallurgical Applications
Jiamusi Electric Machine Co., Ltd.








