2026-06-24 20:31:58
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Under the driving force of new quality productivity and the guidance of the 'dual carbon' strategy, China's forestry harvesting machinery industry has deeply integrated with AI to build a 'perception decision execution' full chain intelligent system, achieving a revolutionary transformation from 'manual leadership' to 'machine autonomy'. Fusion focuses on the pain points of complex forest operations, covering the entire process of logging, pruning, timber production, and consolidation. Core technological breakthroughs include multimodal sensor fusion, AI visual recognition, and embedded intelligent decision-making systems. High end logging machines are equipped with laser radar, multispectral cameras, and Beidou positioning, which can identify tree species, breast height diameter, and defects in real time, with an operational accuracy of centimeter level; The intelligent logging robot can produce over 150 cubic meters per day, with an efficiency increase of more than 10 times and a safety accident rate reduced to below 0.02%. The AI volume measurement system and dynamic decision-making module achieve full process automation, and the demonstration project of Shitang Forest Farm in Guangxi has an equivalent workload of 50 workers per set of equipment. The predictive maintenance platform integrates vibration analysis and machine learning, reducing equipment failure rates by 40% and maintenance costs by 35%. By 2025, the application rate of intelligent equipment in the industry will reach 35%, and AI driven domestically produced high-end logging machines will break the monopoly of Europe and America, with the localization rate increasing to 55%. The trend of integration is evolving towards the coordinated integration of 'sky and earth'. Equipment such as unmanned aerial vehicles for low altitude lifting and intelligent 'robot dogs' for steep slope crossing are accelerating their landing, promoting the transformation of forestry production towards green, autonomous, and efficient.