A forklift places the Pallet Shuttle in the channel where work is to be done.
Semi-automatic compact system that uses an electric shuttle to load and unload the pallets inside shelves quickly and accurately.
A compact storage system in which a shuttle driven by an electric motor runs on rails inside the storage channels, replacing forklifts, considerably reducing operating times and enabling items to be grouped by channels rather than complete lanes.
The Pallet Shuttle follows orders sent by an operator using a tablet with Wi-Fi connection, depositing the load in the first free placement location in the channel and compacting the pallets as much as possible. By removing the need to drive forklifts into the lanes, storage capacity is increased in terms of depth, the risk of accidents and damage to the racks is negligible, operator movements are optimised and warehouse operation is modernised and made more flexible.
It is an ideal solution for companies with a high volume of pallets per item and intensive loading and unloading activity.
The result of the benefits mentioned previously, together with the consumption of energy, is a reduction in costs, making Pallet Shuttle one of the most cost-effective compact storage systems.
Mecalux designs and manufactures all the component parts of the Pallet Shuttle compact storage system, including the specific racking structure to ensure optimal movement of the shuttles, and the shuttles themselves.
This guarantees perfect operation and a perfect fit for all the different elements of the system, as well as their quality and compliance with the safety regulations in force in each country.
Thanks to the resources invested in R&D&I, Mecalux's Pallet Shuttle includes the latest technological innovations, offering optimal performance at a very competitive price. It has innovative features, including remote control via tablet, the positioning camera and the safety scanner. Additionally it is one of the fastest systems on the market and can be adapted to the specific needs of any warehouse, making it even more efficient.
Mecalux provides a warranty of five years for the Pallet Shuttle racking structure, of one year for the operation of the shuttle, and of six months for the operation of the batteries.
According to the dictionary definition, a shuttle is a vehicle that travels to and fro between fixed points at frequent intervals. Mecalux's Pallet Shuttle fits this description perfectly, with the route in this case running from the rack's P&D station to the first available space in the storage channel (or the opposite way, if unloading).
At one point, the evolution of compact storage systems raised the following question: Why not make it a motorised shuttle, not a forklift, that enters the storage channel to handle pallets, increasing loading and unloading speeds and optimising the effective capacity of the warehouse?.
The smart answer was Pallet Shuttle: the racking structure is adapted so a shuttle with an electric motor can move along the inside of storage lanes on a track, following the commands given by the operator using a Wi-Fi tablet.
The forklift leaves the load on the track, and the Pallet Shuttle picks it up and moves it independently, storing it in its placement location, all the while keeping the pallets as compact as possible. By removing the need to drive forklifts into the lanes, handling times are reduced, storage capacity is increased in terms of depth, the risk of accidents and damage to the metal shelves is negligible, operator movements are optimised and warehouse operation is modernised.
This is how the Pallet Shuttle system offers a compact storage solution that reduces operating costs and improves performance in the supply chain. Making progress the smart way.Top
In semi-automated installations, operators only need to drive the forklifts that carry the pallets and initiate the motorised shuttle's activity. The movement of the shuttles inside the racks is automated.
A forklift places the Pallet Shuttle in the channel where work is to be done.
Next, the forklift is used to position pallets one by one in the channel entrance, resting them on the load-bearing beams.
Using the tablet, the operator sends the command to the shuttle to start the loading operation. Once the location of the pallet has been identified, the Pallet Shuttle lifts the pallet slightly, and moves it horizontally until it reaches the first available location, where it deposits the pallet. Different sensors accurately control the movement of the load being stored.
The Pallet Shuttle returns to the top of the lane in order to repeat the operation with the next pallet, and the next, as many times as necessary until the channel is filled. Before the last position is filled, the shuttle is removed and the sequence is repeated in the next channel where work is required.
They are the vertical components can be adapted to a wide range of load requirements.
They are the horizontal, robust racking components where loads are deposited.
The Pallet Shuttle runs on rails inside the storage channels. Its design facilitates the loading and the shuttle centred.
These are used to fix and anchor the rail at each load level to the entry/exit frame's outer upright.
These fix the rails to the beams on all points except at the channel's entry and exit.
Made of folded sheet metal, in an 8-mm thick L-shape, these are used as a detection element to slow and stop the shuttle in normal working conditions.
These are fitted to the entry/exit points in the storage channels to aid in the placement of the unit load in the channel, ensuring it has been centred.
The shuttle runs smoothly along the inner lane thanks to these wheels and, as such, can move the goods.
This type of wheels is used to guide the shuttle in the longitudinal direction.
Used to prevent possible collisions or incidents resulting from improper use.
Receives orders transmitted via Wi-Fi from the control tablet.
Used to prevent potential jams or collisions.
Installed on either side of the Pallet Shuttle to control access to the channels more safely while the shuttle is in operation.
The system lifts pallets via the platform, facilitating pallet movements.
Batteries are slotted into the shuttle and power the shuttle's movements.
This component warns if problems occur with the shuttle.
Indicates the status of the batteries to know when it is necessary to recharge them.
Ensures the Pallet Shuttle stops for any preventive maintenance tasks.
Used to detect the position of the Pallet Shuttle at the ends of the channel.
Helps the operator to centre the shuttle between the two rails.
Used to detect the position of pallets that are loaded on the Pallet Shuttle, or that have been deposited.
Ensures the fastening of the shuttle on the lifting blades of the forklift, preventing it from moving during travel.
The semi-automated system allows for two types of operation:
Where the last pallet loaded is the first to be unloaded. Loading and unloading is carried out from the same side. This is the most common system used with Pallet Shuttle.
Where the first pallet loaded is the first to be unloaded. Two access aisles are needed: One to load the goods and another to unload them. This FIFO system is relative, or by batches, recommended for the complete loading or unloading of a level.
The forklift driver sends orders to the shuttle for storing and retrieving pallets using a tablet with a Wi-Fi connection. Operation is very simple and intuitive, and does not require special training. The most noteworthy functions are:
Selects the type of pallet to be handled.
Selects the load management strategy.
Selects which side of the structure you want to work on (in FIFO mode).
Activates the additional locking system, which increases contact between the Pallet Shuttle and the truck's lifting forks.
Compacts pallets at the beginning (LIFO) or end (FIFO) of the channel.
Loads/unloads a channel without interruption.
Selects the number of pallets to be extracted
Counts the number of pallets stored in the channel.
Activates the audible and light signals to identify the location of the selected shuttle.
Manages user permissions for the shuttles for authorised personnel.
Automatic or manual (for maintenance tasks).
Shows the number of shuttles in operation and their status.
Detects the incorrect position of the shuttle within the channel.
Recovers the damaged shuttle from within the channel.
Facilitates the insertion of the Pallet Shuttle on the rails.
In general, the Pallet Shuttle noticeably increases warehouse productivity when working with incoming and outgoing goods with a large number of pallets per discrete item.
As such, it is the perfect option for:
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