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Excavator
    OVERALL SIZEUNITFM335
    Total lengthmm11184 
    Overall widthmm3190 
    total height (boom top)mm3180 
    Overall height (top of cab)mm3165 
    counterweight ground clearancemm1190 
    Minimum ground clearancemm498 
    Tail turning radiusmm3525 
    Track grounding lengthmm4030 
    Track lengthmm4945 
    Rail guagemm2590 
    Track widthmm3190 
    Track shoe widthmm600 
    Turntable widthmm2995 
    Arm lengthmm3185 
    Boom lengthmm6470 
    Maximum excavation heightmm10200 
    Maximum unloading heightmm7135 
    Maximum excavation depthmm7370 
    Maximum vertical wall excavation depthmm6380 
    Maximum excavation distance of 2.5m horizontal surfacemm7190 
    Maximum excavation distancemm11100 
    Maximum excavation distance on the groundmm10910 
    Minimum turning radiusmm4265 
    Maximum height at minimum turning radiusmm8500 
    Distance from the center of rotation to the rear endmm3525 
    Track tooth thicknessmm30 
    Counterweight heightmm2627 
    Grounding length (during transportation)mm5875 


    The FMAN FM335 crawler excavator is positioned as a 35-ton class medium-to-large engineering equipment, specifically designed for high-intensity earthmoving and heavy-duty applications. With an operating weight of 35,600 kg and a large-capacity bucket of 1.6–1.8 m³, it demonstrates high efficiency and stable output in large-volume excavation and loading operations, suitable for mining, infrastructure construction, and large-scale municipal engineering projects.

    The power system utilizes an ISUZU engine, offering mature and reliable power performance and excellent fuel efficiency, meeting the demands of long-term continuous operation. The engine and hydraulic system are professionally matched and optimized, resulting in quick response and smooth composite movements, significantly improving overall operating efficiency and control precision.

    The FM335 has a maximum digging depth of 7,370 mm and a maximum digging height of 10,200 mm, covering typical construction scenarios such as deep foundation excavation and high-level unloading. Reinforced structural components and a heavy-duty chassis design effectively enhance the overall rigidity and durability of the equipment. Furthermore, the machine supports a variety of work attachments and auxiliary equipment options, allowing for flexible adaptation to diverse construction needs.