Every mistake made upon the arrival of goods comes back to haunt you double: during picking, shipping, or in an angry customer service email. Yet, the receiving process remains the neglected child in many warehouses, even though it forms the foundation for everything that follows. In this guide, you will learn how to optimize the receiving process in your warehouse, with concrete steps, pitfalls, and metrics.
What is the inbound process and why is optimization important
The receiving process encompasses all steps from the moment a delivery enters your warehouse until the moment the goods are in their final location and registered in your system. That sounds simple, but there is more to it than unloading and putting away: checking, counting, labeling, assigning locations, and administrative processing are all part of it.
A well-designed receiving process directly impacts everything that happens further down the warehouse. If goods are incorrectly registered or in the wrong location, you only notice this during order picking, often when it is already too late. Pickers walk to an empty location, inventory systems become inaccurate, and customers receive late or incorrect notifications regarding product availability.
The costs of an inefficient receiving process are often indirect and therefore underestimated. Consider duplicate handling (goods being moved twice because they were not placed correctly immediately), incorrect inventory levels leading to overselling, and delays in order processing because employees have to search or correct. Optimizing the receiving process in the warehouse lays the foundation for a faster and more reliable warehouse as a whole.
Common bottlenecks during inbound logistics in the warehouse
Most inbound problems do not arise because employees are not doing their job properly, but because the process itself is not set up correctly. These are the bottlenecks we encounter most often:
Unclear receiving procedures. If there is no fixed method for unloading and checking deliveries, there is room for errors. One employee counts packages, another counts pallets, and no one systematically checks for damage.
Manual registration. Typing quantities from a packing slip into an Excel file or ERP system is error-prone and time-consuming. A single typo in a quantity results in a stock discrepancy that only comes to light weeks later.
No fixed storage locations. Without a clear location structure, employees put goods away wherever there happens to be space. That works in the short term, but causes chaos as soon as the volume increases.
Peak demand without capacity planning. Large deliveries arriving all at once, without time slots or scheduling, lead to congestion at the receiving zone and time pressure that, in turn, leads to errors.
Consequences of a poorly designed receiving process for the rest of the warehouse
A poor receiving process has repercussions throughout the entire chain. Incorrect stock levels lead to incorrect availability information on your webshop. Incorrectly stored items result in longer search times during picking, which conflicts with the methods you choose for order picking . And if the basic registration is incorrect, cycle counting is also of little use, because you are continuously correcting the same errors.
Optimizing the warehouse receiving process: the key steps
To optimize the receiving process in your warehouse, it is helpful to break down the process into five clear steps. Each step has its own goal and its own risks of failure.
Step 1: Advance notification and planning of deliveries. Where possible, use an ASN (Advanced Shipping Notice), a supplier advance notification stating contents, quantities, and expected arrival time. This way, you know in advance what is arriving and can plan capacity and space.
Step 2: Quality and quantity control upon receipt. Check immediately for quantities and visible damage upon unloading. Perform this in a structured manner, using a fixed checklist, rather than by sampling.
Step 3: Direct and correct location assignment. Determine immediately where the product should be placed, based on a put-away strategy, not on the available space at the moment.
Step 4: Registration and linking to inventory management. Ensure that incoming goods are processed directly in your inventory system, preferably via scanning rather than manual entry.
Step 5: Feedback to purchasing regarding discrepancies. If too few, too many, or damaged goods arrive, this must be reported back to purchasing immediately so that suppliers are addressed and recurrence is prevented.
Put-away strategies: fixed locations versus dynamic storage
With fixed locations, each item is assigned its own designated spot. This is clear and easy for new employees to learn, but less efficient with fluctuating volumes.
With dynamic storage, the system (or an employee based on rules) repeatedly determines where a product fits best, based on available space and turnover rate. This places greater demands on your system but results in much more efficient space utilization.
Tip: Combine both strategies. Use fixed locations for fast-moving items close to the picking zone and dynamic storage for the rest of your assortment.
Working with ASN to accelerate inbound logistics
An ASN ensures that you know what to expect even before arrival. This means you can reserve locations in advance, schedule staff, and handle unloading faster because you don't have to figure out what is there on the spot. Especially with larger volumes or multiple suppliers per day, this makes a noticeable difference in lead time.
Align warehouse layout and zoning with inbound logistics
Optimizing the receiving process without looking at the physical layout of your warehouse is like using a navigation system on a road full of roadworks. The layout of your warehouse largely determines how smoothly the receiving process runs.
Ensure your receiving area offers sufficient space to temporarily buffer deliveries without blocking the aisle. A cramped receiving area forces employees to rush, and rushing leads to errors.
Place fast movers, the items that sell most frequently, close to both the receiving and picking zones. This saves walking time during both stocking and picking.
Take batch and expiration dates into account when storing. Work with FIFO (first in, first out) or FEFO (first expired, first out) to prevent older stock from being left behind while newer stock is picked first. You can find more about your warehouse layout in this article on successfully setting up your warehouse.
The role of software in optimizing the inbound process
Many of the steps above can be organized manually, but at some point, you run into the limitations of Excel and separate work instructions. Software then helps not to change the process, but to execute it consistently and flawlessly.
A WMS (warehouse management system) can automatically suggest locations based on product characteristics, dimensions, and turnover rate. Instead of an employee having to estimate where something fits best, he or she is suggested a concrete location.
Real-time inventory registration via barcode or scanner replaces manual entry. Every scan is processed directly in the inventory records, without intermediate steps and without retyping. If you want to get started with this, read this article about implementing barcode scanning in your warehouse.
In addition, a direct link between receiving and order picking ensures that inventory insight is always up-to-date. As soon as a product is received, it is available for picking, without delays caused by batch processing or manual synchronization.
A system like Lyra WMS digitizes these inbound steps: from receipt notification to location assignment and registration, largely eliminating errors caused by manual work. You can find more explanation about exactly what a WMS does in this article.
Difference between optimizing inbound processing with Excel and with a WMS
| Aspect | Excel / manual | WMS |
|---|---|---|
| Location assignment | Manually determined, error-prone | Automatic suggestion based on data |
| Registration | Typing out the packing slip | Scan, processed immediately |
| Error detection | Afterwards, during the inventory | Immediately upon receipt |
| Scalability | Limited with growth in volume | Scales with growing assortment |
| Integration with picking | Delayed, separate update needed | Linked in real time |
Option 1, small warehouse: with a manageable assortment and low volumes, you can easily start with a clear Excel structure and fixed work instructions. Option 2, growing warehouse: as soon as you have multiple suppliers, fluctuating volumes, and a growing number of SKUs, a WMS becomes the more efficient choice to structurally reduce errors.
Measurable results: KPIs to monitor the inbound process
Optimizing without measuring is gambling. These KPIs provide a concrete picture of how your inbound process is performing:
- Lead time from receipt to storage. How much time elapses between unloading a delivery and the moment the goods are on location and registered?
- Impact error rate. What percentage of inbound transactions contains an error in location or quantity?
- Number of operations per pallet or package. How often is a product touched or moved before it is in its final place?
- Occupancy rate of the reception area. Is inventory remaining in the receiving zone for too long instead of being forwarded to the storage location?
These figures provide an objective basis for substantiating improvements, rather than relying on gut feeling. You can find a broader overview of relevant metrics in this article on warehouse KPIs you should measure.
Practical tips to start optimizing today
You don't have to wait for a new system to implement improvements today.
First, map out the current process with a simple process flow: what exactly happens from the moment a truck arrives until the product is at its location? Bottlenecks often become visible as soon as you put this on paper.
Involve your warehouse employees in this. They see where delays and errors occur every day, often better than a supervisor who is not on the floor.
Warning: do not start modifying systems before you have the process itself in order. A new WMS does not solve messy receiving inspection; it only makes the consequences visible more quickly.
Start small: optimize receiving inspection first before proceeding with location strategies or system integrations. Moreover, small, quickly noticeable improvements build support within the team.
Always evaluate after implementation using concrete figures, not just with a feeling that things are “running more smoothly”. Compare the KPIs before and after the adjustment to see if the change actually has an effect.
Frequently asked questions
What are the steps of the inbound process in a warehouse?
The receiving process typically consists of five steps: advance notification of the delivery (for example, via an ASN), receipt and verification of quantities and quality, assignment of a storage location (put-away), registration in the inventory records, and feedback to purchasing regarding discrepancies such as shortages or damage.
How do you reduce the number of errors on the impact?
The greatest error reduction is achieved by replacing manual entry with scanning, using clear work instructions for receiving and inspection, and checking quantities and quality immediately upon arrival rather than later. A fixed put-away strategy also prevents products from being put away randomly.
What does an inefficient receiving process cost an e-commerce company?
The costs are often indirect but significant: longer lead times result in delayed order processing, incorrect inventory records lead to overselling and complaints, and extra labor hours are lost correcting errors and relocating misplaced products. On an annual basis, this quickly adds up to a substantial amount of lost time and missed revenue for growing companies.
Do you need a WMS to optimize the inbound process?
Not necessarily. Small warehouses with a limited assortment can start perfectly well with clear work instructions, fixed locations, and a well-maintained Excel file. However, as soon as volume, the number of suppliers, or SKUs increases, a WMS becomes valuable because it automates location assignment, makes registration error-free via scanning, and scales with the growth of your warehouse.
Would you like to know how to handle this in your warehouse? Schedule a no-obligation discovery call and we'll go through it together.
Schedule a discovery call →
