Double finger single depth fork

1 Detailed explanation and working mode

The meaning and impact of "single depth"

·shelf layoutThe design of the shelves is very simple, with only one pallet depth per compartment. The storage space on one side of the channel holds a pallet, with the back beam or wall of the shelf behind it.

·advantageThe access logic is very simple, and the stacker crane can directly access any pallet without any obstacles. This is the most common and basic form of automated storage.

·局限性The space utilization rate is lower than that of double depth shelves.

2. The core advantages of "dual row" in single depth scenarios

In a single depth layout, due to the lack of obstruction from the inner and outer trays,The entire capability of the 'double row' design is focused on improvingwork efficiencyIts main working mode is as follows:

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Mode 1: Synchronous Homework (Main Mode)

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odescriptionTwo rows of forks perform the same action simultaneously and synchronously.

oapplicationThis isDouble finger single depth forkThe most advanced application method for Xiao. Stacker crane can be located once and accessed simultaneouslyTwo side by side trays.

oworkflow：

1. The stacker crane runs to the target cargo position height and aligns with itTwo parallel cargo locations.

2. Double row forks extend simultaneously, with the left fork inserted into the bottom of the left pallet and the right fork inserted into the bottom of the right pallet.

3. The fork lifts and carries two pallets, then retracts synchronously.

4. The stacker crane transports two pallets together to the conveyor line or another cargo location.

oadvantage：The throughput has almost doubledEspecially suitable for scenarios with high inbound and outbound traffic, such as production line distribution, e-commerce order batch processing, etc.

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Mode 2: Independent Homework

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odescriptionTwo rows of forks can be independently controlled to perform different tasks.

oapplicationDuring a stop of a stacker crane, perform composite operations such as one take, one store, etc.

oworkflow：

1. The stacker carries a pallet that needs to be stored (carried by the right fork) and runs to a cargo location where there are already empty pallets.

2. Fork extended,Left forkFirst, take out the empty pallet from the storage location, and at the same timeRight forkStore the fully loaded pallets in the empty space of the storage location.

3. The fork retracts, with the left fork carrying the empty tray taken out and the right fork idle.

4. The stacker crane can carry empty pallets for the next operation (such as delivering to the designated location).

oadvantageOptimized the work cycle, reduced idle and ineffective actions of the stacker crane, and significantly improved operational efficiency.

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Mode 3: Single Fork Homework

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odescriptionWhen only a single pallet needs to be processed, only one column of forks can be used while the other column remains on standby.

oapplicationHandle regular access tasks for a single pallet.

oadvantageProvides operational flexibility without compromising basic functionality.

II andThe key difference between "double row double depth" fork

For a clearer understanding, we will compare it with more complex dual depth models:

III Advantages and Applicable Scenarios

advantage

1. jiHigh throughput efficiencyDual operation cycle maximizes the unit time access capability of the stacker crane.

2. Operational flexibilitySupports both parallel and independent tasks, and can adapt to complex logistics scheduling requirements.

3. Reduce the number of devicesUnder the same inventory capacity, it is possible to reduce the number of stacker cranes required, thereby lowering the overall system cost.

4. Simplify warehouse location managementDue to being a single depth location with no cargo obstruction issues, warehouse management and scheduling strategies are relatively simpler compared to dual depth locations.

Applicable scenarios

·High speed sorting centerRegional distribution centers in industries such as express delivery and e-commerce require fast and large-scale processing of goods.

·Production line deliveryProvide efficient material distribution for automated production lines to meet JIT (Just in Time) production requirements.

·Warehouse with throughput priorityWhen the warehouse space is sufficient, but operational efficiency is the core competitiveness.

·Industries with relatively single types of goods and high traffic volumeIndustries such as beverages, food, fast-moving consumer goods, etc.

summary

Double finger single depth forkis a kind ofGuided by efficiencyHigh performance equipment. It achieves nearly doubled operational capacity on traditional single depth shelf layouts through the design of dual row parallel work. Although it sacrifices the spatial density advantage of dual deep layout, it is a viable choice for applications that pursue high throughput speed. Choosing it means choosingA 'speed first' warehousing and logistics solution.