Choose an AS/RS system manufacturer by matching its engineering and delivery capabilities to your warehouse requirements—not by comparing equipment prices alone. Start with a documented brief covering inventory, load dimensions, required throughput, building constraints, software integration, safety, and future growth. Then ask shortlisted manufacturers to explain their proposed system, assumptions, performance calculations, project responsibilities, and after-sales support. At Yinglai Technology, we recommend evaluating the complete solution and its fit with your operation before moving to a detailed quotation.
An AS/RS project may aim to use vertical space, improve inventory control, reduce manual travel, or support a higher order volume. These goals can lead to different system configurations, so identify the operational problem first. Document the current process and the specific outcome you want the system to support. Include constraints such as available floor area, building height, SKU profile, and the way goods arrive and leave.
Describe the loads the system will handle, including unit-load type, dimensions, weight range, and any packaging variations. Provide inventory data such as the number of SKUs, average and peak stock levels, and expected seasonal changes. Explain whether the operation handles pallets, totes, cartons, or more than one load type. If some details are not yet confirmed, label them as assumptions so manufacturers can identify the effect on their proposals.
Throughput should be stated in operational terms, such as inbound and outbound movements per hour, order lines per shift, or peak activity periods. For instance, a project brief might use 120 pallet movements per hour as an illustrative planning requirement; this is not a universal system benchmark. Clarify whether the figure includes retrieval, replenishment, conveyor transfer, and downstream picking, because different boundaries can produce different calculations.
Ask each manufacturer to explain why its proposed system suits your load profile and workflow. Automated storage and retrieval solutions can differ in storage structure, handling equipment, load format, and the way they connect with picking and dispatch. A concept designed around uniform pallet loads may not be appropriate for a warehouse with many small, irregular items. Request a layout and process description that shows the full route from receiving to storage, retrieval, picking, and shipping.
Confirm the usable building height, floor conditions, column positions, fire protection requirements, access routes, and space for maintenance. As an example, a facility might provide 12 m of usable storage height, but the manufacturer must assess the actual building and required clearances before proposing equipment. Ask how the design handles non-standard loads, damaged packaging, replenishment peaks, and blocked or unavailable locations.
Discuss control and information systems early. Identify the warehouse management system (WMS), warehouse control system (WCS), or other software involved, and establish which party is responsible for interfaces, data mapping, testing, and issue resolution. A clear interface scope can prevent gaps between equipment delivery and operational readiness.
A credible proposal should make its assumptions visible and explain the design logic. Review the layout, capacity basis, throughput model, equipment scope, operating sequence, and exclusions. Ask the manufacturer to identify dependencies on your building, utilities, network, upstream processes, and operational data. If two proposals use different assumptions, ask for a like-for-like comparison before judging price or performance.
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Clarify who will manage design reviews, manufacturing, installation coordination, controls integration, commissioning, operator training, and handover documentation. Ask how changes are handled and what information the manufacturer needs from your team at each stage. Request a project schedule with dependencies rather than relying on a single estimated completion date. Confirm the warranty terms, spare-parts approach, remote support arrangements, and service responsibilities in writing.
Discuss availability targets as project requirements rather than assuming that one percentage applies to every system. For example, you could ask the supplier to explain how a proposed 99.5% operational availability target would be defined, measured, and affected by planned maintenance or external interruptions. This figure is an example for discussion, not a Yinglai Technology performance claim or a guarantee. The contract should specify the measurement period, exclusions, reporting method, and each party’s responsibilities.
Use a shared scorecard to compare each manufacturer on the same criteria. Consider system fit, engineering detail, throughput assumptions, integration scope, safety approach, project management, service support, and total cost of ownership. Separate confirmed specifications from optional features and unverified assumptions. Ask suppliers to identify the operational consequences of selecting a smaller or larger configuration.
| Evaluation area | Questions to ask | Evidence to request |
|---|---|---|
| System design | Does the concept fit our loads, building, and process? | Layout, load assumptions, process flow, and design exclusions |
| Performance | How is capacity or throughput calculated? | Calculation basis, operating scenarios, and defined measurement boundaries |
| Integration | Who owns software interfaces and testing? | Interface responsibilities, data requirements, and acceptance steps |
| Support | What happens after installation and handover? | Training, documentation, warranty, service, and spare-parts scope |
| Commercial terms | What is included, excluded, or subject to change? | Itemized quotation, payment milestones, schedule assumptions, and change process |
Give shortlisted manufacturers the same data pack and ask each to state what is missing. This makes differences in assumptions easier to spot and helps your team focus on meaningful design trade-offs. Consider at least one normal operating scenario and one peak or exception scenario. Where requirements remain uncertain, ask for options or phased design choices instead of treating an early estimate as a fixed specification.
Bring operations, engineering, IT, procurement, and safety stakeholders into the review. Operations can validate workflow assumptions, IT can assess interface responsibilities, and procurement can check commercial terms. Record open questions and assign an owner to resolve each one before design approval. This helps keep technical decisions connected to real operating needs.
As an AS/RS system manufacturer and supplier, Yinglai Technology can discuss your warehouse objectives, load profile, facility constraints, and integration requirements as part of an initial project review. Sharing layout drawings, inventory data, throughput expectations, and known system interfaces helps us understand the scope and identify information needed for a suitable proposal. We can also clarify the proposed equipment and project boundaries so your team can evaluate the solution against its requirements. Final configuration, performance expectations, schedule, and service scope should be confirmed for the specific project.
The right AS/RS system manufacturer is the one that can connect your operational goals to a clearly explained design, realistic calculations, defined responsibilities, and practical support. Begin with a complete requirements brief, compare suppliers using consistent criteria, and resolve assumptions before approving the system. Your next step is to prepare your load and demand data, building information, software scope, and project priorities. Share these details with Yinglai Technology to start a focused discussion about your warehouse project.
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