1.5ton 1500kg Electric Walkie Stacker Counterbalance Pallet Stacker With Straddle Leg

Electric Forklift 1.5ton 1500kg Walkie Electric Pallet Stacker with Straddle Leg Adjustable Fork

Walk-behind electric stackers  are used for loading, unloading and stacking goods in warehouses or containers. It saves a lot of labor when stacking, can pass through very narrow spaces and is easy to carry everywhere. The loading capacity of walk-behind electric stacker is generally between 1 and 2 tons, which is suitable for small-scale cargo handling places with high mobility and good flexibility, and for short-distance handling between goods. Through the lifting forks to realize the stacking or handling of goods is suitable for warehouse area is small, the operating environment is more crowded environment, such as shelves spacing smaller warehouses or stores within the goods handling.

1. Flexibility: The smaller structure of the walk-behind forklift makes it easy to maneuver in tight spaces, making it more flexible than forklifts and other large equipment.
2. Space saving: due to its compact structure, it is suitable for operation in warehouses and cargo stacking areas with space constraints, improving space utilization.
3. Safety: The operator stands in front of and behind the body, which provides better visibility and control, helping to reduce the likelihood of accidents.
4. Wide range of applications: can be used for stacking operations to transfer goods from one location to another, improving handling efficiency.
5. Cost saving: Compared to other handling equipment, walk-behind stacker trucks are less expensive and have relatively low maintenance costs.
6. Rechargeable Electricity: Many walk-behind forklifts use electricity as a power source, reducing dependence on fuel and making them more environmentally friendly.

Types of Walking Stacker 
There are several types of walk-behind stackers to meet different material handling needs and environments. Below are the main types of walk-behind stackers commonly used in warehouses, distribution centres and industrial environments:

Manual Walking Stackers:

Manual walk-behind stackers are operated entirely by human power and do not use motors or hydraulics. They typically have a manual pump handle or lever that the operator uses to lift and lower the load. Manual walk-behind stackers are ideal for light-duty applications and tasks that do not require frequent lifting or stacking.
Semi-electric walk-behind stackers:

Semi-electric walk-behind stackers combine manual operation with electric lifting. These stackers use electric motors to lift and lower loads while the operator manually steers the equipment using a handle or controller. Semi-electric walk-behind stackers offer a balance between manual control and electric lifting for medium-sized applications.
Fully electric walk-behind stackers:

Fully electric walk-behind stackers have propulsion and lifting functions driven entirely by electric motors. They feature control of forward and reverse as well as lifting and lowering operations. Fully electric walk-behind stackers are suitable for heavy-duty applications and can easily handle larger loads.
Straddle leg stackers:

Straddle-leg stackers have outriggers that straddle the pallet or load, providing stability and support during lifting and stacking.
They are designed to handle standard pallets and loads with base plates or skids. Straddle leg stackers are versatile and can be used in a variety of material handling applications.
Counterbalanced weight step stackers:

Counterweight stepper stackers feature a counterweight system that provides stability and balance, allowing them to lift loads without the need to straddle the legs. They are ideal for handling pallets and goods in tight spaces or areas with limited manoeuvrability. Counterbalanced stackers are commonly used in narrow aisles and tight warehouse environments.

These are some of the main types of walk-behind stackers available, each with specific features and capabilities for different material handling requirements. Choosing the most appropriate type depends on factors such as load capacity, lift height, manoeuvrability requirements and the specific application in the operating environment.