Views: 0 Author: Site Editor Publish Time: 2026-09-30 Origin: Site
Regular vegetation upkeep for median strips, roadside slopes and arbor branches along expressways and national-provincial highways is long plagued by high manual-operation risks, serial-procedure limits of single-boom machinery and time-consuming repeated vehicle repositioning. The FND-HS620 truck-mounted foliage-handling platform adopts full-hydraulic power system, primary-auxiliary dual-boom folding-telescopic mechanism, quick-change cutting attachments and wireless remote-control architecture. It enables parallel multi-task trimming for flat-and-inclined hedges, slope mowing and high-limb pruning. Frequent vehicle relocation is minimized to shorten maintenance cycles, meanwhile keeping operators away from traffic hazards. This article explains core mechanical structures and working logic, compares legacy maintenance workflows, sorts multi-scene application rules and maintenance notes, delivering practical references for mechanized highway-greenery-equipment procurement.
Traditional roadside foliage management relies heavily on handheld manual tools or single-boom truck-borne cutters. Real-world assignments on expressways and arterial highways reveal distinct drawbacks:
1. Serial-sequence operation limits productivity. Single-boom hardware handles only one trimming direction per pass. Trimming median top surface, side faces, slopes and tree limbs demands repeated vehicle back-and-forth travel. Large amounts of working hours are wasted on relocation and boom re-positioning.
2. Severe operator safety risks. For slope and high-canopy trimming, field crews have to work close to fast-moving traffic and steep embankments, exposing them to collision and fall hazards.
3. Limited working-condition adaptability. Outdated single-boom units require cumbersome attachment replacement. One machine can hardly cover hedge shaping, slope mowing and arbor pruning simultaneously.
4. Complicated manipulation and heavy manpower demand. Mostly operated beside the machine. Boom slewing and telescoping involve complex adjustments, requiring larger-size work crews.
Comparison table between conventional workflows and FND-HS620 dual-boom full-hydraulic foliage-handling platform:
Comparison Item | Manual Hand-held Tools / Single-boom Truck-borne Cutter | FND-HS620 Dual-boom Full-hydraulic Foliage-handling Platform |
Operation Pattern | Single-station serial work with repeated vehicle passes | Dual-boom parallel processing, two-station simultaneous trimming |
Boom Kinematic Performance | Limited slewing & telescopic travel | 360° slewing, 210° folding, 1-meter telescopic stroke |
Control Method | On-site beside-machine operation near hazard zones | LCD-equipped wireless remote-control; operators stay clear of traffic |
Attachment Swap | Complex disassembly, limited compatible scenarios | Modular quick-change for hedge, high-limb and slope cutters |
Operator Safety Status | Personnel exposed to traffic & slope risks | Remote manipulation isolates crews from field dangers |
Applicable Scenarios | Basic flat-surface hedge trimming | Median dual-plane trimming, slope-mowing and high-branch pruning |
Four key assemblies cooperate to fulfill diverse roadside foliage disposal: full-hydraulic power-drive unit, primary-auxiliary dual-boom folding-telescopic manipulator mechanism, modular quick-change cutting-attachment kit and intelligent wireless remote-control system.
All boom movements and cutter-disc cutting motions are driven by the full-hydraulic system, with diesel engine serving as power source. Stable system pressure delivers sufficient force for boom slewing, folding, telescoping and cutter rotation. Independent hydraulic motors drive each cutting disc for high-speed trimming. Optimized for noise reduction, the hydraulic assembly runs smoothly under long-duration field highway assignments. Compared with mechanical transmission, hydraulics offer higher load capacity, smooth attitude tuning and built-in overload buffering protection.
Two independent working booms are deployed: - Main boom: 3-section folding plus telescopic structure, for high-reach heavy-duty assignments including arbor high-limb pruning, slope clearing and median-strip horizontal trimming. - Auxiliary boom: 2-section folding structure with optional custom telescopic stroke, mainly for simultaneous trimming of lateral and inclined hedge faces.
The whole assembly supports 360-degree full slewing without mandatory vehicle U-turns. 210-degree large-angle folding retracts booms within vehicle outline for safe road transit. The 1-meter telescopic stroke expands working coverage and cuts down vehicle re-positioning frequency.
Multiple cutter heads can be swapped rapidly. Blades adopt flexible-joint construction driven by high-speed hydraulic motors. Different attachments serve median hedges, overhanging tree limbs and slope weeds respectively. The modular design requires no complex tools for on-site swap. One single host platform fulfills varied green-maintenance assignments without purchasing multiple dedicated machines.
Cutting Attachment Type | Matching Boom | Primary Application |
Hedge Cutting Head | Main / Auxiliary Boom | Shaping for horizontal and inclined median-strip hedges |
High-limb Cutting Assembly | Main Boom | Pruning overhanging branches of roadside street trees |
Slope-mowing Module | Main Boom | Weed removal and conditioning for roadside slopes & road shoulders |
A wireless remote-controller with LCD screen enables full-function manipulation from safe distance away from traffic and steep slopes. Boom slewing, folding-telescoping and cutter start-stop are all wirelessly accessible with real-time machine-status feedback. Operators no longer need to stand beside the vehicle within traffic-exposed zones, substantially mitigating on-site accident risks.
Expressways feature heavy traffic and narrow available maintenance windows. The main boom trims horizontal median shrubs while the auxiliary boom shapes inclined side faces. One single vehicle pass completes dual-plane trimming, eliminating repeated driving and shortening lane-occupying time to minimize traffic disturbance. 360-degree boom slewing enables left-right side working at ramps without vehicle U-turns.
National-provincial highways carry mixed-traffic flows passing numerous towns and bends. Dual-boom mechanism adapts to roadside shrubs and slope weeds. The main boom executes high-branch pruning for street trees. Booms can be folded to keep compact overall dimension when travelling through narrow township road sections for good pass-through performance.
Thanks to the long telescopic reach of main boom, operators carry out slope mowing while the vehicle stays on pavement. Personnel are kept from descending onto dangerous steep slopes to prevent fall-related hazards.
Operational note: Fully fold booms before road transit; inspect hydraulic hose connections regularly in field work for leakage risks.
1. Greatly boosted productivity via parallel workflows. Conventional serial tasks are converted into parallel dual-station trimming. Repeated vehicle transit and re-positioning are reduced, shortening overall green-maintenance cycles as well as lane-occupation duration.
2. Multi-scene capability via interchangeable attachments. One truck-borne platform completes hedge-shaping, high-branch pruning and slope mowing, lowering equipment procurement and dispatching costs.
3. Elevated field safety by wireless remote-control. Operators execute tasks from safe stand-off distance, isolated from highway traffic and steep-slope fall risks.
4. Field-proven full-hydraulic performance. Hydraulic transmission delivers strong load capacity and smooth actuation with good anti-vibration performance for extended non-stop highway field operations.
1. Check hydraulic-oil level and pipe-joint leakage before daily startup.
2. Replace nicked or damaged blades timely to guarantee cutting quality.
3. Always fully fold booms for transit; never drive with booms unfolded.
4. Apply dust-proof protection for hydraulic assemblies during long-term stationary storage.
The competitive performance of FND-HS620 foliage-handling platform stems from the synergy of stable full-hydraulic drive system, primary-auxiliary dual-boom folding-telescopic mechanism, modular quick-change cutting attachments and wireless remote-control system. It reconstructs serial-sequence workflows of legacy single-boom trimmers and realizes dual-station simultaneous trimming. Suited for median-strip, slope and arbor-branch maintenance on expressways and national-provincial highways, its wireless-control setup keeps operators out of hazard zones. Balancing high productivity and personnel safety, it represents a mature solution for large-scale mechanized highway green-space upkeep.
