All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(141257 products available)
Stackers come in manual and powered options; thus, they employ different operations, lifting systems, and suitability for the stacking of loads and transport.
This type of pallet stacker is operated using a hydraulic hand pump to raise the forks to lift the pallets. Manual pallet stackers are ideal for light use, especially in areas with minimal stacking. Some of the benefits include lower costs and ease of use during the setup and operation of this equipment. However, they also have drawbacks: manual labor is needed, and productivity may be lower due to this in fields with many pallet moves.
Powered stackers have an electric motor to raise the forks. These stackers are better to use in higher stacking requirements over a short period. Powered stackers reduce labor costs because they can do the work more efficiently and quickly. Further, electric stackers are designed to be quite easy to operate. Still, they need charging or replacing, and maintenance is required for the battery.
A platform pallet stacker is designed with a flat surface stacker designed to hold non-palletized loads, such as awkwardly shaped items or bulk products. They are great for use where many products need to be lifted that cannot be easily placed on pallets. However, platform stackers tend to be less common, with restrictions on the types of loads that can be handled.
A high-reach stacker is specialized traffic for high stacking, such as in warehouses with many vertical storage needs. Their mechanism mainly involves the addition of a special extension to the standard forks, thus raising the load to significant heights. This equipment normally suits companies in warehouse stacking to maximize limited floor space. High-reach stackers are more costly and have restrictions on the pallet size.
These types of stackers have legs that straddle the load to provide stability and better lifting mechanism. Semi-electric stackers incorporate manual operation with an electric system for lifting. They are very useful when needing to lift loads off the pallets or the platform with extra stable features. They are ideal for fields needing extra stability in operation and have limitations: a larger design and a more expensive cost.
This stacker involves a Walkie Pallet Stacker, which is a blend of features in operation as well as design. Some of the characteristics include that they are small, for limited spacing, and low noise, making them suitable for stacking in corners. While this equipment normally is low-cost, the low-height stacking and the running cycle concerns might limit them.
Knowing about the specifications and maintenance of pallet stackers assures optimal performance and a long life. Factors such as load capacity, fork specifications, and battery life define the operation of pallet stackers.
Pallet stacker specifications determine performance, and regular maintenance enhances optimal operation for longer operation periods.
Stackers are instrumental in various practices ranging from industrial pallet handling, and stackers can also be used for warehouse management and incorporated into retail settings.
Stackers are used to load and unload deliveries, store products on shelves, and move bulky-sized products from one section or aisle of the warehouse to another. Those operated electrically are preferred because they accomplish the task quickly in a short time and with more accuracy. They contravene large storage areas by stacking goods up thus saving on floor space.
In this field, stackers handle raw material and finished product movement. Walk and ride stackers are commonly used to maneuver loads in confined spaces, while platform stackers handle goods that are of irregular shape. Straddle stackers may be used to provide support for big, heavyweight pallets. Moreover, stackers are employed in loading trucks and container vehicles to enhance logistics operations.
The retail sector mainly uses manual pallet stackers to carry out the activities of the stockroom and backroom areas. A manual or semi-electric model is normally used to offload merchandise from the trucks and place it on some shelves. Platform stackers help handle some non-palletized merchandise. These machines are very efficient when there are not many motions with pallets, but the motions that are there must be quite heavy.
In construction, stackers are utilized to convey materials such as bricks, blocks, and other bulky construction items used in the construction process. A stacker with a man-up feature enables the operator to work from a much higher point of view to position materials at high levels. Often, straddle stackers are used at construction sites due to their stability and high weight-bearing capability.
Stackers are nice equipment in recycling plants that move bales of waste material, e.g., paper, plastics, and metals. Since these materials can be very dense and heavy, stackers, e.g., high-thrush pallet stackers, are common in this industry.
Choosing the right pallet stacker for the job requires considering the load type, reason for stacking, workplace conditions, and budget.
Stackers, as methods of handling materials, are used to convey and support items from and to different positions. Below are some of the general details concerning stackers as material-handling products instructed to be informative.
The primary function of a stacker is to enable manipulation of loads by increasing or decreasing the height at which the load is delivered or transferring the load from one section to another. For instance, manual stackers are moved by hand, while electrical stackers employ electric motors to enable the movement. High-reach stackers place loads on top racks in warehouses, whereas straddle stackers lift loads off center to provide balance.
Stackers improve efficiency in operations by giving a system and means to move materials with less effort. They enable quick loading/unloading and limit the workers employed in the transportation of the materials manually. Manual and electrical pallet stackers are used in the warehouse for stacking goods on shelves to convey materials with better scheduling and lesser damage. Stackable items also save floor space, hence reducing costs in the long run.
Stackers have varying designs depending on the application and missals used with them. Hand-operated hydraulic stackers are simple in construction, which provides a cost-effective solution in low-intensity applications. Electric stackers have motors and batteries incorporated, making them more sophisticated. Some newer models have technology to allow for easier driving, especially for novices. Wireless technologies are now being connected to stackers for better integration with other warehouse management systems to increase their efficiency.
Stackers are broadly used in warehouses, workshops, and construction projects requiring lifting and moving bulky items. Walkie stackers are well suited for use in cramped areas; manual stackers are cheap for occasional use. High-capacity models go for heavy works. In retail, stackers are offloaded to store goods in stockrooms and put them on shelves for processing. Construction sites use stackers to manipulate building materials, i.e., bricks and concrete. Recycling centers also employ straddle and high-reach stackers to shift massive bales of recycled products.
Understanding the above facets enhances the appropriate use of stackers, theoretically applied in various material handling contexts.
Finally, and as a reminder, here are the main points about stackers:
Powered stackers are more suitable for open spaces due to their efficiency and speed. Walkie stackers are appropriate for working spaces because of their compact structure. The walkie stackers type can be operated while walking to enable moving the stacker in a tight area; however, the stackers can be driven in open space.
Lifting and moving loads makes them easier to handle manual and electric stackers, making them efficient in both cases. Stackers mark improvements to the overall productivity and safety in the warehouse due to fewer handling accidents.
Stackers have limitations where very large, very heavy, or specially shaped loads are involved. For such instances, other material handling equipment like forklifts or cranes would do the job adequately.
Regular checks, lubricating the moving parts, examining tires, and often cleaning and replacing the battery or hydraulic fluid are the key maintenance tips to enhance the stacker's longevity.
An electric stacker is most appropriate for frequent use because of the speed and efficiency with which it can do the work. Where the pace is not so critical, and the costs have to be looked at, manual stackers are feasible, too, but over-the-course electric models prove more economical.
