KAD walkie economical electric pallet stacker 1.5 ton 2 ton battery operated pallet stacker 3.5 m lifting height

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.

Differences between walk-behind and electric pallet stackers

Walk-behind stackers and electric pallet stackers are both commonly used material handling equipment in warehouses, distribution centres and industrial environments. While they are similar in function, there are some important differences between the two. Here are the key differences between walk-behind and electric pallet stackers:

Power Source:

Walk-behind stackers are manually propelled by an operator who walks behind the equipment and uses controls to manipulate and lift the load. They have no on-board propulsion system and rely entirely on human power.
Motorised pallet stackers, on the other hand, are powered by electric motors that drive the wheels or tracks of the equipment. They are self-propelled and do not require an operator to manually push or pull.
Lifting Mechanism:

Walk-behind stacker cranes typically use a manual or electric assisted lifting mechanism to raise and lower the load. The operator controls the lifting function via a handle or control panel.
Electric pallet stacker cranes use an all-electric lifting mechanism for smooth, precise lifting of pallets and loads. They typically have a higher lifting capacity compared to walk-behind stacker cranes.
Capacity and Height Range:

Electric pallet stackers typically have higher load capacities and can lift loads to higher heights than walk-behind stackers. As a result, electric pallet stacker cranes are suitable for handling heavier and larger loads in multi-level storage systems.
Walk-behind stacker cranes typically have lower load capacities and are designed for lower lifting heights. They are ideal for light to medium duty applications and shorter stacking or lifting tasks.
Manoeuvrability:

Walk-behind stackers are more manoeuvrable in tight spaces and narrow aisles due to their compact size and manual operation. They can easily manoeuvre through confined areas, making them suitable for use in crowded warehouse environments.
Motorised pallet stackers can be slightly larger in size and turning radius compared to walk-behind stackers. While they are still manoeuvrable, they may require more space to operate effectively, especially in narrow aisles.

In summary, the main differences between walk-behind and electric pallet stackers are their power source, lifting mechanism, and capacity, and choosing between these two types of stackers depends on a number of factors, such as specific material handling needs, space constraints, budgets, and features required in a particular operating environment.