All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(107086 products available)
Ready to ShipWhen considering a stacker de stacker, selecting the right model for handling and stacking materials is essential. Such equipment is critical in warehouses, factories, and distribution centers and is often adapted to various tasks and environments.
Any manual machine should be used with caution since the driving power simply comes from human force. The user's effort, in most cases, influences the operation, as it relies on hydraulic components to lift loads by means of a hand pump or foot pedal. These stackers are very effective in small and temporary works in the regions where the dense traffic of vehicles is absent. Their lightweight construction allows for easy transportation and help in carrying out operations within a very effectual budget.
As the name suggests, the semi-automatic stacker requires some human input but involves automation as part of the process. Such stackers generally have powered lifts but need a person to operate the vehicle, especially while moving the stacks. Their versatility makes them ideal for light to medium loads in places where basic technology in stacking is required without total mechanization.
The third option is a fully automatic electric stacker, which requires no workforce. These stackers have been used for operation since they were programmed to handle the lifting, moving, and stacking, all of which were mechanized. These are best suited for high-capacity operations and in conditions where there is little or no human input. This type of automatic pallet stacker can enhance productivity due to the reduction of tasks that workers had to perform.
Straddle stackers are distinguished by their construction. Straddle stackers are used when their legs can be placed on either side of a load, meaning that it can handle wider pallets or loads with some space between them. These stackers also belong to a wide range of working circumstances, especially when working with in-between aisle widths and handling good sizes. The straddle electric stacker is therefore perfect for an organization with different handling needs.
The types of stackers used for material handling and storage rely on specific structural and material properties to make them efficacious and durable. Lift trucks handle heavy items, so structural design and material choice must ensure adequate load-carrying capability and functionality and the machine's smooth running under various environmental situations.
The structure or body of stackers is mostly built using steel or aluminum alloys. Steel offers good tensile strength and is incredibly robust, though it's also heavier; thus, found in heavy-duty stackers. Conversely, aluminum is light, keeps the machine from being extremely difficult to manoeuvre, and does good work in wet or humid environments. Advanced polymer materials are eventually beginning to be used, though, mainly when lighter machines are required.
The hydraulic mechanism in stacker de stackers employs diverse pumping and cylinder designs to provide load lifting. Because of their high load-lifting power, hydraulic fluids are generally used in the hydraulic mechanisms, which are commonly constructed with seals that can withstand extreme heat and pressure. Advanced models regularly come embedded with such features for efficiency.
The choice of wheels is critical because it affects maneuverability and load transfer. Rubber wheels are most commonly used because they are non-marking, shock-absorbing, and provide good traction on various surfaces. In places where the operating conditions are difficult, such as marines or places with frequent moisture changes, solid wheels or polyurethane wheels, which are more water-resistant, are recommended.
The design of the chassis is also a key element since this determines the machine's ease of handling and stability. It involves the length and width of the chassis, which impact maneuverability and balance, especially while lifting loads. Compact stackers are perfect for working in narrow aisles, while larger stackers are more suitable for stable operations that require lifting big loads.
Fork and mast construction, which includes the primary lifting system in the stacker, is critical when discussing load stability and lifting. They are primarily constructed from extremely hard steel and feature profiles designed to eliminate flexing when carrying heavy items. The mast design may further incorporate stages for telescoping, thereby influencing maximum height and storage capabilities.
Stackers are electric pallet stackers mainly employed in business operations concerning the handling and storage of materials. Due to their versatility, stackers can be employed in virtually all industries that require efficient and secure bulk material management. Here are a few specific applications of these machines.
In both warehouses and storage facilities, stackers are utilized for stacking and establishing stock. They facilitate quick order filling and inventory management by loading goods onto pallets and depalletizing pallets for storage. The electric stacker increases the space utilization capacity in storage places so that more products are stored in the same space.
In manufacturing contexts, stackers carry raw or in-process materials to specific locations and transport the finished products to actual storage. They help streamline the production circle by ensuring that the required materials are always at hand and that the finished goods are moved to storage or a shipping area.
Stackers are useful in retail conditions, especially in stock replenishment and product storage. For big retail outlets or supermarkets, stackers are used to refill stock shelves, manipulate bulk materials, and preserve warehouse organization.
Construction companies also use stackers, especially for handling building materials such as safes and steels. They are useful in lifting such heavy objects to the required heights and organizing them as well. While construction is in progress, stackers are employed to organize the working area and make some manipulation of the materials easier.
Food and beverage industries use stackers for the transportation of raw materials and products such as the electric straddle stacker. They are designed to satisfy sanitary requirements but also prove convenient for the handling of bulky materials such as cans, bottles, and pallets of raw materials for food processing.
When choosing a stacker, buyers must consider several factors to ensure these machines meet their operational requirements. Key considerations include the following.
The first very critical factor is the load that stackers should handle. While purchasing any equipment, it is expected that the load-handling capacity of any equipment must be five times the maximum weight it will be used for. Overloading machines leads to dangerous failures and reduces the life of the machines.
Operators also need to pay some more attention to the size of the forks and the height of the lifts. The stacker de stacker should have pallet forks that can fit in the type of pallet being used for the load. There is then a requirement for lift height in the stacker; it should be capable of lifting the loads to the highest point. Deep storage areas will need greater lift heights, but lift heights do not have to be too high for relatively shallow storage.
Stackers are acquired in electric versions, with manual handles, and some even have semi-automatic handling. The electric straddle stacker is suitable for condition-based operations such as energy sourcing that typically exhaust the work staff. Any workplace with power sources available nearby can use electric machines; otherwise, the internal combustion machines will work.
The work environment is an equally vital factor to consider. In open and large facilities, internal combustion stackers can be used. However, for crowded and narrow aisle conditions, electric stackers are best suited due to their size and maneuverability.
Operators working with limited aisle space should choose stackers with a small turning radius and overall compact design. Before making a purchase, the workplace should be measured to ensure that the selected stacker can easily maneuver pallets through all aisles and doors.
Some pallet stackers, particularly those with internal combustion engines, can be used outdoors. However, electric stackers are generally preferred for indoor use due to their lower emissions and suitability for confined spaces.
Electric stackers are generally more efficient than manual ones, especially in high-volume operations. However, for small tasks, manual stackers may be more cost-effective.
Stackers require regular maintenance, including checking the hydraulic fluid, battery (for electric stackers), and wheels. Routine inspections are necessary to ensure safety and performance.
When choosing a stacker, consider factors such as load capacity, lift height, and the work environment. Operating costs and maintenance requirements should also be considered.
Yes, stackers designed for low temperatures can be used in cold storage facilities. These stackers typically have materials and components resistant to cold-induced brittleness and deterioration.
