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The multi‑robot fleet deployed at the Belo Horizonte site forms an integrated intelligent workflow for building renovation. Leveraging self‑developed intelligent control systems, laser perception and autonomous navigation technology, these robots take over repetitive, high‑intensity manual work and deliver construction accuracy down to the millimeter. Real‑world jobsite data shows the robotic workflow achieves 1.5‑5 times higher operational efficiency compared with conventional manual construction. It effectively reduces on‑site labor demand, cuts overall project expenditure, and mitigates common project risks including uneven workmanship, construction delays and difficult skilled‑labor recruitment.
Beyond productivity improvements, BrightMaster's robot portfolio upgrades both construction safety and environmental performance. Grinding and cleaning robots are equipped with built‑in dust suppression modules to lower airborne dust exposure and protect workers'occupational health. Indoor caoting robots remove the requirement for human high‑altitude work, eliminating fall‑related safety hazards. Logistics and cleaning robots support long‑duration unmanned runs, paired with intelligent scheduling and data traceability to enable visualised, fine‑grained jobsite management.
