Audited Supplier
M-01
Hand-held
Electricity
Multifunction
Single
Electromagnetic
Yellow with Black
HBWFRP
Fumigation-Free Packaging Wooden Box
Length 2.8m, Width 1m, Height 1.6m
China
8433190000
Product Description
Self propelled new Energy Hedge trimmer
The self-propelled new energy hedge trimmer combines automation, new energy technology, and plant maintenance needs, and has significant advantages in efficiency and environmental protection.
Advantages:
1,Efficient energy saving and automated operation:
-Using new energy sources such as solar or electricity to drive and reduce carbon emissions from traditional fuel engines is in line with environmental trends.
-The self-propelled design can achieve unmanned operation or single person control, completing pruning tasks through preset programs or remote control, with an efficiency 10-20 times that of manual labor.
-Some models support synchronized trimming on three sides (such as horizontal, vertical, and inclined) to avoid manual adjustment of direction and improve work speed.
2, Multi dimensional pruning and flexible adjustment
-Equipped with hydraulic telescopic arm,guide rail system, and adjustable blades, it can adapt to the trimming needs of different heights (such as 10cm tree trunks) and complex terrains (such as slopes and road shoulders).
-The blade is made of wear-resistant alloy material, which supports quick replacement and extends it's service life.
3,Reduce labor costs and safety risks
-Traditional handheld devices require manual operation, which is labor-intensive and inefficient, while self-propelled devices achieve remote operation through robotic arms and controllers, reducing physical exertion and personnel requirements.
-When working in dangerous areas such as highways, it is possible to avoid manual entry into the lane and reduce the risk of accidents.
4,Environmental Protection and Economy
-New energy power systems (such as electric or solar) have low operating costs and simple maintenance (such as regular battery checks or blade cleaning).
-Mechanized operations reduce material waste, such as recycling trimming waste through thermal regeneration technology to lower maintenance costs.
Main application scenarios:
1. Greening of highways and urban roads
-Trim lane separation areas, slope vegetation, shoulder lawns, etc. to ensure unobstructed driving visibility and beautiful road appearance.
-Vehicle mounted models can be quickly deployed, reducing road occupation time.
2. Maintenance of Green Hedge in Parks and Residential Areas
-Suitable for shaping and trimming shrubs such as holly and boxwood, supporting customized operations for flat, trapezoidal, or special shapes.
3. Complex terrain and large green areas
-Self propelled equipment can climb slopes or rough terrain to trim areas that are difficult to cover manually, such as mountain slopes.
4. New energy demonstration zones and ecologically sensitive areas
-Solar powered models are suitable for remote areas without grid coverage, reducing noise and pollution, and meeting ecological protection needs.
The self-propelled new energy hedge trimmer combines automation, new energy technology, and plant maintenance needs, and has significant advantages in efficiency and environmental protection.
Advantages:
1,Efficient energy saving and automated operation:
-Using new energy sources such as solar or electricity to drive and reduce carbon emissions from traditional fuel engines is in line with environmental trends.
-The self-propelled design can achieve unmanned operation or single person control, completing pruning tasks through preset programs or remote control, with an efficiency 10-20 times that of manual labor.
-Some models support synchronized trimming on three sides (such as horizontal, vertical, and inclined) to avoid manual adjustment of direction and improve work speed.
2, Multi dimensional pruning and flexible adjustment
-Equipped with hydraulic telescopic arm,guide rail system, and adjustable blades, it can adapt to the trimming needs of different heights (such as 10cm tree trunks) and complex terrains (such as slopes and road shoulders).
-The blade is made of wear-resistant alloy material, which supports quick replacement and extends it's service life.
3,Reduce labor costs and safety risks
-Traditional handheld devices require manual operation, which is labor-intensive and inefficient, while self-propelled devices achieve remote operation through robotic arms and controllers, reducing physical exertion and personnel requirements.
-When working in dangerous areas such as highways, it is possible to avoid manual entry into the lane and reduce the risk of accidents.
4,Environmental Protection and Economy
-New energy power systems (such as electric or solar) have low operating costs and simple maintenance (such as regular battery checks or blade cleaning).
-Mechanized operations reduce material waste, such as recycling trimming waste through thermal regeneration technology to lower maintenance costs.
Main application scenarios:
1. Greening of highways and urban roads
-Trim lane separation areas, slope vegetation, shoulder lawns, etc. to ensure unobstructed driving visibility and beautiful road appearance.
-Vehicle mounted models can be quickly deployed, reducing road occupation time.
2. Maintenance of Green Hedge in Parks and Residential Areas
-Suitable for shaping and trimming shrubs such as holly and boxwood, supporting customized operations for flat, trapezoidal, or special shapes.
3. Complex terrain and large green areas
-Self propelled equipment can climb slopes or rough terrain to trim areas that are difficult to cover manually, such as mountain slopes.
4. New energy demonstration zones and ecologically sensitive areas
-Solar powered models are suitable for remote areas without grid coverage, reducing noise and pollution, and meeting ecological protection needs.
| Dimensions | Length 2.8m, Width 1m, Height 1.6m |
| Weight | 460kg |
| Power/walking power supply | DC48V 105A/71.8AH |
| Blade casting speed | 7600rap |
| Effective trimming blade width | 1.28m |
| Flat trimming distance | ≤ 2.2m |
| Flat trimming height | ≤ 2.9m |
| Facade repair height | ≤ 4.2m |
| Transfer speed | 0-40km/h (high and low speed) |
| Trimming speed | 2-5km/h |
| Homework blade | blade, saw blade |
| Operable duration | Range of 120km (Users can read back and forth every 2 days) |
