EOSMART智能
Laser cut tree branch technology represents an method to clearing vegetation near power lines. It ‘s offering unparalleled safety compared to traditional methods. The key to its fireproof performance lies in its precision focusing mechanism.It ensures energy concentration within a sub-centimeter area. When operating at optimal focus, the high-intensity laser instantly vaporizes cellulose and moisture in tree branches through plasma generation – a process evidenced by the visible bright flash. This plasma-induced material disintegration occurs within milliseconds, leaving minimal time for heat diffusion to surrounding flammable tissues.
Unlike other laser systems that rely on prolonged thermal accumulation (requiring seconds of exposure to burn through obstacles), 我们的先进激光切割树枝系统采用实时自动对焦技术. 集成的 LiDAR 模块持续监测目标距离, 动态调整光学元件以在树枝表面保持紧密的光束汇聚. 这消除了危险的能量扩散——这是关键因素，因为即使光束发散只有0.5°，在10米范围内热点也可能扩展到8厘米直径, 显著增加点火风险.
对于公用事业运营商而言, 这将操作效率与绝对防火结合起来, 在干旱多发地区尤为重要，因为传统清理方法存在严重的野火风险. 通过将激光能量直接转化为机械分解而非广泛的热传导, 我们的技术为安全的树木管理树立了新的标杆.
展示的安全性和效率指标通过标准化的生产线测试协议严格验证，这些测试在每个单元部署前进行. 每个激光模块在模拟极端环境下进行72小时耐久试验, 包括50°C的沙漠高温 95% 以及湿度条件, 以确保焦点稳定保持. 关键部件如激光雷达自动对焦系统需经过 10,000+ 跨不同距离的迭代瞄准测试 (7-500m) 以验证 <1毫米级焦点漂移容差.
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激光切割树枝