1000kg 1200kg loading capacity CE approved Counterbalanced electric pallet stacker without support legs

Counterbalanced forklift truck is a special form of forklift truck, its shape is inverted "L" shape, the chassis is equipped with special counterweight to improve the stability of the whole machine. It has the advantages of height adjustment, long load fork, high loading capacity, wide working range, etc. It is especially suitable for heavy load handling, high area cargo handling and other scenarios.

1. Stability: Due to the design of low centre of gravity, moderate body width and even weight distribution, this kind of forklift truck has good stability performance when running, and can turn flexibly even in narrow space.
2. Carrying capacity: Compared with manual handling equipment, counterbalanced forklift trucks have stronger carrying capacity and can effectively cope with heavier cargo handling needs.
3. Operational Flexibility: It is electrically driven and offers forward, backward, side-to-side movement as well as lifting and landing functions, which makes it very versatile in different work scenarios.
4. Energy saving and environmental protection: As it does not rely on fuel, the counterbalanced forklift truck reduces air pollution and saves energy costs.
5. High applicability: It is designed to be suitable for a wide range of occasions, including but not limited to loading and unloading operations in ports, stations, and within enterprises, as well as the need for multiple and handling common items.

Differences between Counterbalanced Stackers and Counterbalanced 4 Wheel Forklifts

Counterbalanced stacker cranes and counterbalanced four-wheel forklifts are both commonly used material handling equipment in warehouses, factories and other industrial environments. While they share some similarities, there are also key differences:

Design and Usage:

Counterbalanced Stacker: A counterbalanced stacker is primarily used for stacking and picking up pallets or other goods at relatively low heights. It usually has a narrow chassis that allows it to operate in tight spaces, making it suitable for use in narrow aisles or crowded areas.
Counterbalanced 4 Wheel Forklift: A counterbalanced 4 wheel forklift is designed for more material handling tasks. It can lift and transport heavy loads to greater heights and over greater distances than a stacker. It can also handle all types of loads, including pallets, crates and bulk materials.
Lifting mechanism:

Counterbalanced Stacker: A stacker typically uses a mast with forks or a platform that can be raised and lowered to lift and stack loads. The lifting mechanism of a stacker is usually simpler and more compact than that of a forklift truck.
Counterbalanced 4-wheel forklift: Forklift trucks use hydraulic cylinders and a pair of forks attached to the carriage to lift and lower loads. It has a greater lifting capacity and height compared to a stacker crane.
Manoeuvrability:

Counterbalanced stackers: Stackers are usually more manoeuvrable than forklifts, especially in tight spaces or narrow aisles. Their compact design makes them easier to manoeuvre in confined areas.
Counterbalanced 4-Wheel Forklifts: While forklifts are typically less manoeuvrable in tight spaces than stackers, they offer greater stability and manoeuvrability over rough terrain or uneven surfaces due to their larger size and 4-wheel design.
Load capacity:

Counterbalanced stackers: stackers typically have a lower load capacity compared to forklifts. They are designed for lighter loads and are better suited for applications that do not require high stacking.
Counterbalanced four-wheel forklift trucks: Forklift trucks are capable of lifting heavier loads to higher heights than stacker cranes. Counterbalanced 4-wheel forklifts are commonly used for tasks that require heavy lifting or high stacking heights.
 

In summary, while both counterbalanced stackers and counterbalanced four-wheel forklifts can be used for material handling tasks, they are used for different purposes and have different characteristics and capabilities. The choice depends on the specific requirements of the application, including load capacity, lifting height, manoeuvrability and operating environment.