How to Choose an AS/RS System Manufacturer for Your Warehouse

21, Oct. 2026

 

How to Choose an AS/RS System Manufacturer for Your Warehouse

Choose an AS/RS system manufacturer by comparing its ability to understand your warehouse requirements, engineer a system around your goods and workflows, integrate the equipment and controls, and support installation and operation. Do not select on equipment price alone: compare proposals against the same capacity, throughput, building, interface, safety, and service requirements. Before requesting a quotation, prepare reliable information about your inventory, order patterns, facility, and project constraints.

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An automated storage and retrieval system (AS/RS) can include storage structures, cranes or shuttle equipment, conveyors, software, controls, and interfaces with warehouse systems. The right configuration depends on what you store and how inventory moves through your operation. Use the process below to assess manufacturers on project fit and delivery responsibilities, rather than relying on broad claims or a technology label.

Key Takeaways

  • Define storage capacity, peak throughput, load characteristics, and operating patterns before comparing suppliers.
  • Ask each manufacturer to state the design assumptions, system scope, exclusions, and customer responsibilities in writing.
  • Evaluate building fit, software integration, safety, commissioning, training, spare parts, and after-sales support alongside the equipment.
  • Compare proposals using the same requirements and ask for clarification when a value or responsibility is not specified.

Step 1: Document the Warehouse Problem and Project Goals

Start by identifying the operational problem the AS/RS should address. Your goal may be to increase storage density, reduce manual handling, improve inventory control, or support a new fulfillment process, but these objectives should be expressed in measurable terms. Separate essential requirements from preferences so manufacturers can propose suitable options without making the scope unclear.

Prepare an operational data pack

Describe the goods and unit loads, including dimensions, weight, packaging, and any special handling needs. Share current and expected inventory quantities, inbound and outbound patterns, order profiles, peak periods, and operating hours. If records vary by product or season, explain the variation instead of submitting a single average as though it represents every operating condition.

For example, an initial planning brief might specify a target of 400 totes per hour, a maximum unit-load weight of 800 kg, and two operating shifts per day. These are illustrative inputs, not standard AS/RS capacities or performance recommendations. Replace them with values validated against your own operating data and define how throughput will be measured, such as at a particular system interface.

Step 2: Match the System Type to the Application

AS/RS is a category rather than one machine design. Depending on load type, facility layout, and process, a project may use pallet-handling cranes, shuttle-based storage, mini-load equipment, or other automated configurations. The manufacturer should explain why its proposed design fits your unit loads, required access, inventory profile, and planned growth.

Check the building and material flow

Provide accurate facility drawings and confirm the available footprint, clear height, floor conditions, column positions, fire protection, and access for installation. Ask the supplier to identify building assumptions and any work that falls outside its equipment scope. Also map how goods will arrive, be inducted, stored, retrieved, consolidated, and dispatched, including manual work that remains outside the automated system.

Step 3: Assess Engineering and Integration Capability

A suitable manufacturer should be able to explain the system architecture and how its components work together. Review the proposed storage equipment, conveyors or transfer devices, sensors, control system, and software interfaces as one operational solution. Ask who is responsible for each interface, particularly where the AS/RS connects with warehouse management, enterprise resource planning, or material-handling systems from other suppliers.

Request clear performance definitions

Do not compare throughput figures unless the conditions and measurement points are consistent. Ask whether quoted rates refer to machine cycles, transactions at a conveyor interface, or completed warehouse orders, and whether they assume particular load mixes or operating conditions. Request stated design assumptions, calculation methods, and any known constraints so your operations team can check whether the proposed figures match the intended workflow.

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Also discuss exception handling, recovery after a fault, inventory reconciliation, and access for maintenance. These details influence day-to-day processes but can be missed when discussions focus only on storage capacity. Confirm whether the proposal covers software configuration, interface development, testing, and coordination with your existing system providers.

Step 4: Compare Proposals on Scope, Risk, and Support

Build a like-for-like comparison table using the same requirements for every manufacturer. Record the proposed capacity and throughput, equipment included, software scope, building assumptions, delivery milestones, commissioning activities, warranty terms, and ongoing service options. Mark items that are excluded or still to be confirmed instead of treating an omission as an included service.

Evaluation area Questions to ask the manufacturer What to record
Design fit Which load, layout, and operating assumptions shape the proposal? Assumptions, constraints, and design scope
Performance How are capacity and throughput defined and verified? Units, measurement points, and conditions
Integration Who supplies and tests each software and equipment interface? Responsibilities, dependencies, and exclusions
Project delivery What are the installation, commissioning, and acceptance steps? Milestones, site needs, and approval criteria
Support What training, spare-parts, and service arrangements are available? Coverage, response process, and commercial terms

Evaluate delivery and after-sales arrangements

Ask who manages engineering coordination, installation supervision, commissioning, operator training, and documentation. Clarify which tasks your team must complete before delivery, such as site preparation, utilities, network access, or product data provision. For support, request details about service channels, parts availability, maintenance responsibilities, and the terms that apply in your location; avoid assuming coverage that is not written into the proposal.

Step 5: Check the Manufacturer’s Evidence and Communication

Ask for relevant technical documents, project references where available, and an explanation of how the manufacturer manages design changes and open technical questions. References should be comparable in application or complexity, and you should verify what the manufacturer actually supplied and supported. If a supplier cannot disclose customer details, it can still describe its role and provide non-confidential information about its engineering and project process.

Pay attention to how the supplier handles uncertainty. A credible proposal should distinguish confirmed data from assumptions and identify what additional site surveys, load samples, or interface discussions are needed. Be cautious of guarantees or performance statements that do not define test conditions, exclusions, and acceptance criteria.

Common Mistakes to Avoid

  • Choosing by purchase price alone: Compare the full proposed scope, dependencies, and support terms, not only the equipment line item.
  • Using average demand as the design case: Share peak patterns and explain how often they occur so the supplier can assess operating requirements.
  • Assuming software is included: Confirm licensing, configuration, interfaces, testing, and ownership of each integration task.
  • Leaving acceptance undefined: Agree how capacity, throughput, functional operation, and documentation will be reviewed before the project begins.
  • Ignoring future changes: Discuss anticipated inventory or process changes and ask which design elements can accommodate them.

Next Steps: Prepare a Consistent Request for Quotation

Before contacting manufacturers, assemble facility drawings, inventory and order data, load specifications, operating schedules, system interface information, and a list of project priorities. Invite suppliers to identify missing information and state their assumptions, exclusions, and proposed validation steps. Use the same document set and evaluation criteria for each supplier so differences between proposals are easier to interpret.

At Yinglai Technology, we can discuss your warehouse requirements and help clarify the information needed to assess a potential AS/RS solution. Share your unit-load details, layout, throughput objectives, operating profile, and integration requirements when you begin the conversation. A useful next step is a preliminary technical review that identifies open questions before you compare final scopes and quotations.

Conclusion

The best AS/RS system manufacturer for your warehouse is the one whose proposed design, engineering responsibilities, integration plan, delivery scope, and support arrangements align with your documented requirements. Start with accurate operational and facility data, compare suppliers against a common checklist, and verify how each proposal defines performance and acceptance. By resolving assumptions and responsibilities early, you can make a better-informed supplier decision and move toward a practical project scope.

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