Manufacturer of Electric Stackers in Maharashtra: Transforming Material Handling

India’s industrial powerhouse, Maharashtra, is home to a booming manufacturing industry. Reliability and efficiency in material handling equipment are in high demand as businesses in a variety of industries struggle to reduce costs and increase operational efficiency. Electric stackers have become an essential tool for lifting and moving heavy loads among these. This blog explores the importance of electric stackers and showcases the knowledge of Maharashtra’s Electric Stacker Manufacturers.

What is an electric stacker?

An electric stacker, also known as a walkie stacker, is a power-driven device used for pallet lifting and loading. The stacker is primarily used for lifting and stacking loads, as well as storing pallets on a high-level shelf. This type of device is typically found in warehouses.

What is an electric stacker and what is it used for?

Electric pallet stackers are the ideal entry-level material handling equipment for transporting, lifting, and loading pallets.

An electric pallet truck can transport pallets through a warehouse, but the electric stacker takes warehouse operations to the next level. Because it allows for pallet stacking and racking in addition to transportation. An electric stacker has powered lifting and driving capabilities and can transport goods at ground level, as well as vertically to maximize storage space on warehouse racking.

Electric Stacker for Warehouses

As the E-commerce industries expand, there is a greater demand for larger warehouses and storage facilities, and optimizing these spaces is critical to success.

Warehouses are becoming larger and taller to accommodate increased volume in order to meet rising consumer demand for goods. This means that most businesses must stack goods on warehouse racking, which is where the electric stacker comes in handy.

Material handling requirements have grown beyond what a pallet truck can provide due to warehouse changes and developments. An electric stacker is ideal for businesses that have demands that cannot be met by a pallet truck but do not require all of the features that forklift trucks offer at a higher price point.

Pallet stackers are ideal for warehouses, construction sites, and stockrooms. They can be used to transport heavy items and boxes, as well as to store pallets on high racking for easy and efficient storage.  Stackers have the advantage of remaining a compact tool, which means they can be used effectively on the shop floor to transport goods from the warehouse to a customer. They can also offer additional benefits, such as creating a workstation platform for packing and shipping goods in the warehouse.

Advantages of Electric Pallet Stackers

Manual vs Electric

For a variety of reasons, electric stackers are preferable to hydraulic stackers. Manual pallet stackers may be less expensive than electric models at first, but when the additional benefits of electric stackers are considered, going electric appears to be the obvious choice.

An electric-powered stacker has the following benefits:

• Increased capacity
• Decreased operator strain
• Improved efficiency
• Zero harmful emissions

Moreover, various advantages are offered by EP’s lithium-ion stackers, such as:

• No maintenance
• Opportunity charging
• Battery swapping
• Semi electric vs Electric
• In a semi-electric stacker, either the driving or the lifting function is powered by electricity.

When comparing the ergonomics of an electric stacker to a manual or semi-electric pallet truck, operator safety and comfort are the most important considerations.  Pulling a heavy load causes the most strain on the operator. The most force is required to generate initial momentum, and this poses the greatest risk of workplace injury and long-term operator issues. Because electric lifting is less important, semi electric pallet trucks are frequently equipped with both an electric drive and a manual lift.

A semi-electric stacker costs around 2,000 euros, but for a small additional cost, you can get an electric stacker with full electric lifting and driving capabilities. As a result, EP Equipment offers only fully electric stacker models.

Select the appropriate Electric Powered Pallet Stacker.

When looking for an electric stacker, there are a few questions to ask to ensure the model can meet your company’s handling requirements:

• Drive type

It is crucial to take into account both the centralised and decentralised drive types found in the industry when examining the drive type of an electric stacker.

• Centralised

The drive wheel of some powered stacker models is located in the center of the vehicle. Four extra points of ground contact are created by adding support wheels to each corner. This type of drive works well even though it increases traction on the drive wheel as well. This makes it easy for the truck to navigate over ramps and bumps, but it also makes the drive less stable as it depends more on the support wheels. Consequently, there may be a risk to the truck’s stability.

For electric pallet trucks where traction is crucial and lifting heights are modest, centralized drive types perform admirably. Nonetheless, stability of the stackers is more crucial for machine safety than traction.

• Decentralised

There are just three extra points of contact added by the support wheels on EP Equipment stackers; the drive wheel is situated on the left side of the truck. Because the force is concentrated on the drive wheel side when support wheels are used, the chassis is more balanced and stable than in centralized systems, meaning that EP powered stackers have maximum stability.

Increased safety and stability are the main advantages of a decentralized drive type.

Mast types

The mast gives a stacker more functionality than a pallet truck, enabling it to help move and store items on racks that a pallet truck cannot reach.

There are 4 main mast types to consider:

The single lift mast, or simplex mast

A mobile lifting carriage is attached to a fixed outer mast to form a simplex mast.

Benefits

• mods stable than mono mast
• Higher load capacity than mono mast
• Mast height does not change when lifting

Disadvantages

Lifting carriage is restricted to the maximum height of the mast; additional extension is not permitted.

2. Single column single mast, or mono mast

A mono mast stacker is a fixed, single-column mast with a lifting carriage and a compact design, like the MM Series from EP.

Advantages

• Free view of the load
• Minimal change in overall height when liftin
• Lighter and suitable for use on intermediate floors, the vehicle

Disadvantages

• Limited lifting heights

3. A two-section telescopic mast, or duplex mast

Two mast profiles make up a duplex mast: an outer lifting frame that is fixed, and an inner mast that can be moved.

Advantages

• Two-stage lift enables stacking at greater heights
• Free lift height still allows for load to be lifted and moved, without extending the mast with a ratio of 2:1
• Loads can be moved to even higher altitudes without extending in models with a second lift cylinder, which provides a much larger free lift.
• the mast with a lift ratio of 1:1

Disadvantages

Higher free lift might be required for some applications.

4. Triplex mast

Triplex mast stackers consist of an outer lifting frame that is fixed and two inner driving masts that are mobile. Triplex mast-equipped EP models include the following:

ES WA Series

RS Series

RSI Series

Advantages

• Stacking and retrieval at the highest possible height is made possible by a three-stage lift.
• The ideal ratio between total height and feasible lifting height is attained by Triplex.
• Use of the fully free elevator is also possible in rooms with low entrances.

Disadvantages

• As this mast has the ability to lift objects to a maximum height, there are no cons.
• Added characteristics
• first lift

In order to increase the amount of ground clearance, the wheel arms are raised by the initial lift, an additional lift that is operated separately from the mast lift.

For stability, all stackers, with the exception of counterbalance stackers, have fork arms that rest on the ground and support the forks. Lifting goods involves pulling up the forks from resting on the fork arms.  They have very little ground clearance at all times because the fork arms are always in contact with the ground in order to support the lowered forks.

The mechanism raises the wheels when it operates in the initial lift mode, giving the stacker more ground clearance and enabling it to be used on uneven and rampant terrain.

In summary, the initial lift feature increases ground clearance, which increases the stacker’s usability.