Warehouse Receiving - Processes, Systems and Automation
What is warehouse receiving?
Warehouse receiving - often referred to as goods-in - is the process of accepting, inspecting and recording incoming goods within a warehouse or distribution centre. It represents the entry point of warehouse operations, where goods move from transportation into controlled inventory.
During receiving, shipments are checked against purchase orders, inspected for quality and registered in warehouse management systems. This ensures that inventory data is accurate from the moment goods enter the facility.
As supply chains become more complex and product ranges continue to grow, efficient receiving processes are essential to maintain accuracy, visibility and control across warehouse operations.
How warehouse receiving works
Warehouse receiving follows a structured process to ensure that incoming goods are accurately identified and prepared for storage or further processing.
Goods are first unloaded from vehicles and moved to receiving areas, where they are inspected and verified against order data. Identification technologies such as barcode scanners or RFID are used to capture information and link items to the warehouse management system.
Based on this data, goods are either directed to storage locations, prepared for internal processes or transferred to downstream operations. In manual environments, these tasks are performed by employees. In automated environments, conveyor systems and integrated technologies support the movement, identification and routing of goods.
Benefits of efficient warehouse receiving
Efficient warehouse receiving supports accurate and reliable logistics operations from the very beginning of the supply chain.
By ensuring that goods are correctly identified and recorded, receiving processes improve inventory accuracy and reduce errors that could impact downstream operations such as picking, packing or shipping.
Streamlined receiving also reduces processing times, allowing goods to become available for storage or fulfilment more quickly. This improves overall throughput and supports faster response to demand.
In addition, structured receiving processes improve visibility of incoming goods and support better coordination across warehouse operations.
Warehouse receiving use cases
Carton handling is a common receiving process in distribution centres and e-commerce operations.
Goods are unloaded using telescopic belt conveyors, which can extend into the vehicle and adapt to different load volumes. Cartons are then transported to receiving workstations, where they are inspected and routed.
By integrating weighing, scanning and measuring systems (Track & Trace), cartons can be automatically identified and processed. This enables direct routing to storage or downstream processes without the need for additional handling units.
This solution is used when incoming goods need to be unpacked and transferred into standardised containers.
Empty containers are supplied on pallets, typically from adjacent warehouse areas. Employees unpack goods, inspect them and assign them to containers using hand-held scanners, which also register the items in the system.
Filled containers are buffered on accumulating conveyors before being transported to the next process step. Carton waste is collected separately via trolleys or optional waste conveyors.
For higher volumes, empty containers can be supplied automatically via an integrated conveyor system.
Containers in different sizes are provided through dedicated tracks, allowing employees to select the appropriate container for each product. After inspection and scanning, goods are packed and transferred directly onto the conveyor system.
This reduces manual handling and ensures a continuous material flow from receiving to storage or picking areas.
This solution is designed for handling goods delivered by parcel service providers.
Packages are transferred onto a conveyor system at a dedicated receiving area and transported to workstations. There, they are buffered, unpacked and processed before being moved to storage.
This setup ensures a structured and efficient handling of high parcel volumes.
Technologies used in warehouse receiving
Different technologies support receiving processes, depending on throughput, product type and layout requirements.
Tote Conveyor Systems
Reliable transport from goods-in to storage.
Sortation systems
Automated routing for fast and accurate processing.
Workstation solutions
Ergonomic handling for efficient goods processing.
Automatically Receiving Goods Pallets at karldischinger
We automated receiving processes at karldischinger’s distribution centre. The new system quickly transports goods to their high-bay warehouse located in a temperature-sensitive environment.
Read the Case Study
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