The objective of every warehouse manager is to make sure that items enter and exit the facility efficiently. The movement of goods through a warehouse can be hampered by a number of things, including ineffective replenishment procedures and order picking inefficiencies. All of these workflows can be impacted by a floor plan that makes navigation challenging or forces warehouse staff to travel far for routine tasks, which lowers the operation's overall efficiency. On the other hand, a warehouse floor plan that is intended to maximize efficiency supports streamlined workflows and processes that aid warehouse operators in achieving their objectives.
There isn't a single warehouse floor layout that is effective for all warehouse operations. One facility with a steady two-way flow of traffic, including both human employees and heavy equipment, may benefit from extra-wide aisles. However, in a different facility, extra-wide aisles might consume valuable floor space that would be better used for storage. While there isn't a floor plan that works for everyone, there are a few best practises to bear in mind when designing a warehouse floor plan to maximise efficiency.
Identify Needs and Current Shortcomings
To design a warehouse floor plan that maximizes productivity, start by thinking about your requirements, such as the order fulfilment strategies you want to use, space use, and storage needs. Take into account the kind of inventory you keep, the sizes and other physical details of the products, the quantity of stock you'll keep on hand, and the locations of the facility's inventory arrival and departure.
Finding inefficiencies in your present design is a smart place to start when rearranging an existing warehouse. Poorly designed pick faces, for instance, are a prevalent problem with warehouse layouts that force employees to go back and get things rather than using more effective pick routes. Even the best pick routes should occasionally be reviewed because product lines, storage layouts, and picking techniques can all change over time.
Storing regularly used things in bulk storage spaces is another typical problem. Moving those high-velocity items to the floor can reduce the number of touches, which is a crucial component of effective warehouse operations, if your associates often retrieve products from bulk storage and move them to restock picking areas. Similar to this, long warehouse rack rows with few to no cross aisles cause your employees to walk farther than they need to. The long walk can be minimized by redesigning your warehouse's floor plan to include plenty of cross aisles.
Design Your Warehouse Floor Plan for Uninterrupted Flow
By easing the severe traffic congestion in the aisles, warehouse floor plans that permit the uninterrupted flow of people, commodities, and equipment improve efficiency. Plan the layout of your warehouse so that related tasks are close by. Plan sorting space, for instance, close to shipping and packaging areas so that products don't need to travel throughout the facility for each subsequent stage.
The optimal floor plan design for flow can be determined with the aid of visuals like warehouse floor plan schematics and design tools. Drawing a schematic at scale will help you visualize workflows and choose the best locations for storage, receiving, sorting, packaging, and shipping whether you use software or plain grid paper.
Allocate Space for Equipment and Workstations
When designing a warehouse floor plan, the sort of equipment you employ is a key factor. Conveyor systems and other machinery occupy a lot of room and are permanently installed. Because of this, warehouses with conveyor systems frequently have to design their floor plan around the machinery, which makes it difficult to change the layout later to increase efficiency.
Compared to more conventional automation solutions like conveyor systems and automated storage and retrieval systems (AS/RS), warehouses that use more adaptable automation technologies, such collaborative mobile robots, have more design flexibility. They are not fixed in situ and occupy significantly less area than large conveyor systems. Collaborative robots are a good option for warehouses that need the flexibility to redesign their floor plans to accommodate new product lines or other changes because they can easily navigate any type of warehouse layout and don't require changes to your infrastructure.
Chuck, a collaborative mobile robot from 6 River Systems, makes judgments in real time based on the situation of the warehouse floor and the present work assignments. Chuck uses AI and machine learning to optimise pick routes, cut down on pointless walking, and help your colleagues complete more work in less time. This versatile solution addresses a number of typical warehouse difficulties.
Consider the type of equipment being used, the space it needs, as well as other factors like the aisle width needed for equipment access, when designing your warehouse floor plan.
Ensure That All Products and Pallets Are Accessible
Design storage spaces while drawing up a warehouse floor plan so that all items and pallets may be accessed without having to move other items. It follows that aisles in pallet storage spaces must be sufficiently broad to accommodate forklifts and pallet jacks.
To enhance accessibility, other products should be stored in a strategic manner. Higher-velocity products should be kept in the most accessible locations and close to the sorting, packaging, and shipping workstations in warehouses that use classic pick procedures. Warehouses that deal with seasonal products should make plans for reorganising storage to move out-of-season products to less accessible or long-term storage areas and place current seasonal products in those locations.
Test Your Warehouse Floor Plan before Implementation
If you have the luxury of working in an open warehouse, you may test your floor plan design by marking important locations with tape and running simulated workflows to make sure that processes and commodities can move easily once warehouse racks, shelves, and equipment are on-site.
If you can only use a schematic, double-check all measurements, make sure that all spaces and workstations have enough room, and that the aisles are broad enough to accommodate traffic (both human and equipment). To prevent unneeded interruptions, keep workflows in mind and follow the flow of products from receiving to shipping. Modern fulfilment operations simulate real-time layout changes using historical data using digital twin models of their site.
The productivity of your business can be made or broken by the warehouse floor plan and layout pattern, thus it is important to carefully study each aspect of the design process. Warehouse operators can redesign floor designs to accommodate change without spending a lot of money on infrastructure upgrades by implementing more adaptable automation solutions like collaborative mobile robots. Don't just think about your immediate needs when designing your floor plan; also think about your ability to accommodate future growth. Want to learn more? Let's talk about the approach that will work best for you. Call us right away.
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