More orders should mean more revenue. But without the right warehouse systems in place, more orders just means more chaos. As businesses scale, the warehouse is often the first place the cracks appear — delayed shipments, picking errors, misplaced inventory, and overtime costs that never seem to come down. These aren’t just operational inconveniences. They’re margin killers that compound quietly in the background while the rest of the business pushes forward.
The frustrating part is that most of these problems aren’t caused by a lack of space or headcount — they’re caused by processes and systems that were built for a smaller operation and never updated to match the pace of growth. The good news is that fixing it doesn’t require a ground-up rebuild. The right strategies around inventory placement, workflow design, and technology adoption can dramatically improve throughput, accuracy, and cost-per-order without overhauling everything at once. Here are seven that consistently make the biggest difference.
1. Map the Current State Before Changing Anything
This sounds like the obvious starting point, but it’s the one most frequently skipped in the urgency of a growth phase. Before implementing any efficiency improvement, get an accurate picture of what’s actually happening.
Walk the floor. Time the processes. Identify where bottlenecks actually form rather than where they’re assumed to form. Count the steps in your most common pick paths. Measure the time between receiving and putaway. Map the actual flow of goods through the facility versus the intended flow.
Data from this process reveals where improvement efforts will have the most impact. Without it, efficiency investments are frequently directed at symptoms rather than causes.
2. Implement Slotting Optimisation
Slotting is the strategic assignment of products to storage locations based on order frequency, picking sequence, and product characteristics. Most warehouses that haven’t formally addressed slotting have their products stored in a way that made sense at setup but hasn’t kept pace with changes in product mix and demand patterns.
Optimised slotting places high-velocity products in the most accessible locations, minimises travel distance for the most common order profiles, and groups complementary products in ways that reduce pick path length.
For growing businesses, slotting should be reviewed regularly, not just set once. As product mix changes and order profiles evolve, slotting that was optimised six months ago may no longer reflect current demand patterns.
3. Standardise and Document Processes
Growth creates a training challenge. When the team was small, knowledge was transmitted informally. As the team grows, the absence of documented, standardised processes produces inconsistency, errors, and a dependence on institutional knowledge that walks out the door when experienced staff leave.
Documented processes for receiving, putaway, picking, packing, and shipping create the foundation for consistent execution and faster onboarding of new staff. They also create the baseline against which process improvement can be measured.
4. Invest in the Right Technology Stack
Technology investment in warehouse operations is most effective when it’s sequenced correctly. The foundational investment that enables most other improvements is a well-implemented warehouse management system.
Understanding what a warehouse management system actually does, beyond just tracking inventory, is the starting point for making the right technology decisions. Deposco offers detailed resources explaining how modern WMS platforms improve picking efficiency, reduce errors, and provide the operational visibility needed for better decision-making. In addition to educational guidance, it also provides warehouse management system solutions designed to help businesses streamline fulfillment, inventory control, and supply chain operations.
A WMS that’s properly implemented and actively used creates the data infrastructure that makes every other efficiency improvement measurable and manageable. Without it, most efficiency initiatives are operating with incomplete information. While technology provides the visibility needed to run efficient warehouse operations, physical infrastructure is equally important. Businesses that need additional storage capacity or regional distribution support in Georgia often complement their WMS with reliable Savannah warehousing services, allowing them to scale fulfillment, improve inventory flow, and serve customers across the Southeast more efficiently.
5. Reduce Travel Time in the Pick Path
In most warehouse operations, travel accounts for the largest share of total pick time. Reducing travel time without reducing throughput is where significant efficiency gains live.
Approaches that work:
- Batch picking, where a single picker handles multiple orders simultaneously rather than completing one order before starting the next
- Zone picking, where the warehouse is divided into zones and pickers work their assigned zone rather than travelling the full facility
- Wave picking, which organises orders into groups released to the floor in coordinated waves that optimise resource utilisation
The right approach depends on order profile, facility layout, and technology capabilities. WMS functionality is what makes sophisticated picking strategies operationally manageable.
6. Address Receiving and Putaway as a System
Receiving and putaway are where inventory enters the warehouse, and they’re frequently the source of downstream problems that manifest later as picking errors, lost inventory, and unfulfilled orders.
A receiving process that doesn’t accurately capture what arrived, in what quantity, in what condition, and to what location creates problems that compound through every subsequent operation.
Fast, accurate receiving with immediate system updates is as important to overall efficiency as picking optimisation.
7. Build Capacity for Peaks Before You Need It
High-growth businesses routinely underestimate peak demand. The operational model that handled last year’s peak is frequently inadequate for this year’s, and discovering that inadequacy during the peak itself produces the worst possible outcome: missed orders, customer service failures, and staff operating in a broken system under maximum pressure.
Planning for peaks means projecting demand forward, identifying where current capacity and process will break down, and making the investments or arrangements needed to handle the projected volume before it arrives. This is more expensive than reactive solutions in the short term and significantly cheaper in the long term.
Conclusion
Warehouse efficiency during high growth is a compounding problem: inefficiencies that were manageable at lower volume become operationally critical at scale. The businesses that stay ahead of this are those that address foundational systems, technology, and process standardisation early enough that the infrastructure is in place before growth exposes its absence.
Rick LeBlanc, EMBA, is the founder and editor of Reusable Packaging News (subscribe to the free newsletter) and editor of Western Pallet Magazine. A supply chain journalist with more than 30 years of experience, he specializes in pallets, reusable packaging, material handling and related operations. Rick is co-author of Pallets: A North American Perspective and Pallets & Progress: A Collected History of Pallets and Palletized Handling 1922–1945. He is also an advisory board member of the Virginia Tech Center for Packaging and Unit Load Design. Read Rick’s full bio.
