Warehouse automation is the use of equipment, software, and connected processes to move, store, identify, and handle goods with less manual intervention. It can range from barcode scanning and conveyor systems to automated storage and retrieval systems (AS/RS), mobile robots, and warehouse management software. The best solution depends on what a facility needs to improve, such as storage capacity, order accuracy, material movement, or labor-intensive tasks. Automation does not always mean a fully automated warehouse; many projects combine automated equipment with people and conventional shelving or racking.
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Automation can support several connected warehouse activities. Receiving systems may use scanners or data capture tools to identify goods, while software records their status and directs them to a storage location. Conveyors, lifts, or mobile robots can move items between work areas, and picking or sortation equipment can help prepare orders for dispatch. The precise functions vary by facility, product type, and system design.
Software helps coordinate these activities by exchanging information about inventory, orders, locations, and equipment tasks. A warehouse management system (WMS) typically supports inventory and warehouse workflows, while a warehouse control system (WCS) may coordinate automated equipment. The roles and boundaries of these systems depend on the project and supplier configuration. Buyers should confirm how data moves between existing business software and proposed equipment.
These steps may be partly or extensively automated. For example, a warehouse may automate movement between storage and packing while keeping manual picking, or use automated storage equipment but retain people for replenishment and exception handling. The right workflow is the one that fits actual product and order characteristics, not simply the one with the most equipment.
Conveyors move cartons, totes, or other suitable loads along a defined route. Sortation equipment directs items to designated destinations, such as packing stations or shipping lanes. These systems are most relevant when a facility has repeatable movement paths and a steady flow of compatible unit loads. Layout changes, product variation, and maintenance access should be considered during design.
AS/RS solutions use automated equipment to place and retrieve loads within a storage structure. System types vary, and may be designed for pallets, bins, or other defined load formats. Buyers should check load dimensions, weight, storage density requirements, access patterns, and how the system will connect with picking and replenishment processes. The storage structure and equipment must be designed as a coordinated system.
Autonomous mobile robots or other guided vehicles can move goods or assist with travel-intensive workflows. Depending on the application, people may pick items from shelves while robots transport totes, or robots may move inventory between operational zones. Suitability depends on route conditions, traffic management, load type, safety planning, and the reliability of the facility’s digital layout. These systems still require defined procedures for exceptions and downtime.
WMS platforms, scanning devices, sensors, and connected controls can improve visibility and task coordination. Software alone is not the same as mechanical automation, but it can provide the information and workflow rules that equipment needs to operate effectively. Buyers should assess integration, user permissions, inventory data quality, reporting needs, and support arrangements before implementation.
Automation is considered in distribution centers, e-commerce fulfillment operations, manufacturing warehouses, cold or controlled environments, and facilities handling high volumes of repeatable movements. Its role differs by operation: one site may need faster replenishment, while another may prioritize accurate inventory records or reduced manual transport. Facilities with varied products and changing order patterns may need flexible equipment and more human decision-making. Suitability should be assessed against real operating data rather than industry labels alone.
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Before comparing suppliers, document the loads, workflow, building, and operating schedule. The figures below are examples of project inputs, not recommended industry standards or a promise of system performance. A clear baseline helps suppliers size a proposal around your requirements.
| Input to define | Illustrative example | Why it matters |
|---|---|---|
| Order volume | 1,000 order lines per day | Helps describe workload and peak demand for picking and dispatch. |
| Operating schedule | 2 shifts per day at 8 hours per shift | Clarifies the planned operating window and maintenance opportunities. |
| Peak workload | 1,500 order lines per day during a defined peak period | Shows whether the design must accommodate seasonal or promotional variation. |
Also provide product dimensions and weights, SKU count, inventory profile, order mix, current travel paths, and required service levels. Share building details such as clear height, floor conditions, columns, doors, fire protection, and available power where relevant. For storage equipment, specify load unit dimensions and the required configuration; confirm allowable capacities with the responsible designer or supplier rather than relying on a generic rating. Record assumptions clearly so proposals can be compared on the same basis.
Identify the operational constraint you want to address and establish a baseline. It may be excessive walking, congested staging, difficult inventory location control, or limited usable storage space. Define how you will judge improvement, and distinguish a measured current condition from a target that still needs validation. This keeps technology selection tied to a business requirement.
Assess whether the solution handles your actual load types, order patterns, and peak periods. Consider how it will fit around existing racks, shelves, workstations, and material flows, as well as how the layout might need to change as the business grows. Include installation, software integration, training, maintenance, spare parts, safety measures, and contingency procedures in the project discussion. A lower equipment price may not represent a lower total cost if required services or interfaces are excluded.
Automated workflows still encounter damaged labels, unavailable stock, equipment faults, and unusual orders. Ask suppliers how operators identify, manage, and recover from these exceptions, and what happens if a component or network connection is unavailable. Define the responsibilities of warehouse staff, the automation vendor, and any software provider. This planning makes it easier to operate the system reliably beyond a normal demonstration scenario.
As a provider focused on stacking racks and shelves, HEGERLS can be part of the storage-side discussion when a warehouse is planning automation or reorganizing its layout. Storage equipment must suit the goods, access method, available building space, and the intended flow of inventory. For automated projects, rack or shelving requirements should be coordinated with the equipment supplier and project engineering team; compatibility should be confirmed for each design rather than assumed. A clear project brief helps all parties assess interfaces and responsibilities early.
When requesting a proposal, prepare product and load data, a current layout, operating requirements, and the intended automation scope. Ask suppliers to identify assumptions, exclusions, integration responsibilities, and the information needed to confirm storage capacity and equipment fit. HEGERLS can discuss your rack and shelving requirements and help you assess what information is needed for a project-specific review. Contact our team with your facility details to begin a practical B2B discussion.
Warehouse automation uses equipment and software to coordinate storage, movement, identification, and order handling, with the level of automation varying by facility. The best starting point is to define the operational problem, quantify current and peak requirements, and match technology to the building, products, and workflow. Include storage infrastructure in the evaluation, since racks and shelves must work with the intended handling method. The next step is to prepare a project brief and review it with qualified storage and automation suppliers before finalizing a design.
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