Contact: Manager Zhang
Marketing Email: 13524644985@163.com
Marketing Phone: 13524644985 / +86 0512-65163891
Website: www.sydznkj.cn
Address: SHENG YI DE TECHNOLOGY (Suzhou) Co., Ltd., No. 10 Kerong Road, Xinzhuang Town, Changshu City, Suzhou, China
An intelligent automated stereoscopic warehouse is a capital-intensive, long-cycle and highly integrated system engineering. Once mistakes are made during the procurement process, problems such as budget overruns, delivery delays, substandard operational efficiency and paralyzed operation and maintenance are likely to occur. These will not only fail to achieve the goals of cost reduction and efficiency improvement, but also increase the enterprise’s operational burden.This article sorts out key risk avoidance points across six core stages: preliminary demand research, supplier screening, solution design, contract signing, acceptance and delivery, as well as later operation and maintenance. It clarifies potential risks and countermeasures at each stage, helping enterprises accurately evade procurement risks and select cost-effective intelligent AS/RS solutions that match their actual needs.
Preliminary demand research lays the foundation of procurement. Vague positioning and unclear demands will lead to deviations in all subsequent procedures, which is also a commonly overlooked pitfall for enterprises. Two key risks to avoid are as follows:
PitfallSome small and medium-sized manufacturing and e-commerce enterprises follow the trend blindly and pursue fully automated configurations such as stacker cranes plus AGVs plus multi-layer shuttles plus intelligent sorting systems. They ignore practical core factors including daily inbound and outbound volume, cargo specifications, storage cycles and budget limits. Consequently, the purchased equipment suffers low utilization rates with most automated functions left idle, resulting in capital waste and higher operation and maintenance costs.For example, small enterprises with daily inbound and outbound volume below 1,000 units that purchase fully automated AS/RS will see equipment idle for over 80% of the day. In such cases, semi-automated stereoscopic warehouses are more practical.Avoidance TipsFirst fully sort out on-site business requirements, clarifying cargo weight, dimensions, categories, daily inbound and outbound volume, storage capacity, operation rhythm, as well as business growth expectations for the next 3–5 years, before determining the appropriate automation level.Small and medium-sized enterprises with limited operation volume may prioritize semi-automated or customized simplified intelligent AS/RS, focusing on core storage and transfer needs rather than blindly pursuing high-end configurations. Enterprises with large operation volume and complex product categories can upgrade automation configurations gradually to realize precise matching between actual demands and system setups.
PitfallEnterprises simply propose the need for “an intelligent stereoscopic warehouse” without defining quantifiable indicators such as storage density, inbound and outbound efficiency, cargo damage rate and equipment failure rate. This leads to supplier solutions being disconnected from actual demands. After delivery, disputes often arise over unmet expected performance, with no clear basis for safeguarding rights.Avoidance TipsFormulate a clear list of quantified requirements in advance and specify core indicators, for instance:
Storage density reaching over 3 times that of traditional warehouses
Daily inbound and outbound efficiency no less than 500 units per hour
Cargo sorting accuracy above 99.9%
Annual equipment failure rate controlled within 5%
Adaptable cargo dimension range (length × width × height)
Storage environmental requirements such as temperature and humidity control
This provides clear guidelines for supplier solution design and sets clear standards for subsequent acceptance checks.
Supplier capability directly determines warehouse quality, delivery cycle and after-sales maintenance services. The market features mixed supplier quality, with common risks including fake qualifications, exaggerated publicity and missing after-sales support. Three key pitfalls to avoid are listed below:
PitfallSome enterprises overly focus on procurement costs and select suppliers with quotations far below the market average, ignoring their qualifications, production capacity and proven project cases. To cut costs, such suppliers may adopt inferior materials and simplified manufacturing processes, resulting in shelf deformation and frequent equipment failures after delivery. Some unqualified suppliers even fail to deliver on schedule after contract signing or cannot provide follow-up operation and maintenance services.Avoidance TipsPrioritize verifying three key points when screening suppliers:First, complete qualifications, including production licenses, ISO quality system certification and industry-specific compliance certifications (such as GMP qualifications for the pharmaceutical industry).Second, proven experience in the same industry. Prefer suppliers that have served enterprises of the same industry and scale. Conduct on-site inspections of completed projects to observe actual equipment operation status and after-sales response efficiency.Third, reasonable quotation. Be highly cautious of quotations more than 30% lower than the market average to avoid low-price traps. Compare overall cost performance comprehensively rather than focusing merely on the unit price.
PitfallTo secure orders, suppliers often overstate equipment performance and efficiency with claims such as unattended operation, zero-failure operation and rapid cost recovery. Enterprises believing such publicity without verifying actual capability will find the equipment unable to deliver promised effects after delivery, while suppliers evade responsibilities and fail to solve practical problems.Avoidance TipsVerify every promotional claim one by one and request written commitments and technical parameter proofs. For example, suppliers claiming high inbound and outbound efficiency shall provide specific test data or actual operational data from similar projects; those promising fast after-sales response shall specify response time and operation & maintenance team allocation.In addition, request equipment prototype testing or arrange on-site visits to the supplier’s production workshop to verify its manufacturing capacity and technical strength.
PitfallWhen selecting out-of-town suppliers, enterprises fail to consider their localized service capacity. Once equipment faults occur, suppliers cannot send technicians to the site in a timely manner, leading to prolonged equipment downtime and disrupting normal business operations. Some out-of-town suppliers also charge high later-stage maintenance fees with slow response, and even disappear from after-sales support completely.Avoidance TipsPrioritize suppliers with localized service capabilities, especially for enterprises in Suzhou and surrounding areas, to ensure timely after-sales response such as on-site fault handling within 24 hours and reduce maintenance costs and downtime losses.If choosing an out-of-town supplier, clearly specify clauses on after-sales response time, operation & maintenance personnel allocation and local service outlets in the contract to avoid subsequent after-sales disputes.
Solution design is the core link for the implementation of an intelligent AS/RS. If the solution is disconnected from the enterprise’s site conditions and actual demands, the equipment may fail to be installed properly or perform to expectations. Three key pitfalls to avoid are as follows:
PitfallSuppliers design solutions merely based on site dimensions provided by the enterprise without conducting on-site surveys. They overlook critical details such as foundation bearing capacity, floor height, load-bearing limits and surrounding environment. This results in unreasonable design; after equipment arrives on site, installation becomes impossible or normal operation cannot be realized. Revisions are required, bringing extra costs and longer construction periods.Avoidance GuidelinesRequire the supplier to conduct a comprehensive on-site survey and record detailed information including foundation bearing capacity, floor height, site area, aisle width and water & electricity layout. After the solution is completed, organize internal technical staff to jointly review its compatibility with on-site conditions and installation feasibility. Only confirm the solution and proceed to the next phase after eliminating obvious design flaws.
PitfallThe solution is designed only to meet current demands without reserving room for future business growth and category expansion. As business scales up, the warehouse cannot be expanded or upgraded, forcing new procurement and causing unnecessary capital waste.Avoidance GuidelinesRequire the supplier to reserve scalable space in the design. Examples include reserving room for additional shelf layers and storage locations, and retaining reserved interfaces in the control system to allow later access of AGVs, sorters and other equipment to accommodate business growth. Clearly specify scalability details in the formal contract to avoid supplier evasion of responsibilities in the future.
PitfallTo cut costs, suppliers select equipment that does not match actual operational needs. Typical issues include using light-duty stackers for heavy goods or low-speed conveyors for high-frequency inbound and outbound scenarios. This leads to unstable operation and unsatisfactory throughput, failing to meet daily operational requirements.Avoidance GuidelinesCheck every equipment model against the quantified demand list formulated in the early stage. Clarify technical parameters and performance indicators to ensure full compatibility with cargo characteristics and throughput requirements. For instance, heavy-load stackers shall be adopted for heavy goods and high-speed conveyors for high-frequency workflows. Meanwhile, request official quality inspection reports to guarantee equipment qualification.
The contract serves as the core legal basis for rights protection during procurement. Ambiguous terms and undefined responsibilities easily lead to disputes with no effective remedy. Four key pitfalls to avoid are as follows:
PitfallThe contract fails to specify exact timelines for equipment delivery, installation and commissioning, or lacks liability clauses for delays. Suppliers may postpone delivery arbitrarily without bearing corresponding penalties, disrupting the enterprise’s production and operation plans.Avoidance GuidelinesClearly define milestone time points in the contract, including equipment arrival, installation completion and qualified commissioning. Add explicit penalty terms: set a daily liquidated damages ratio for delayed delivery, and specify the enterprise’s right to terminate the contract and claim compensation if the delay exceeds an agreed number of days.
PitfallWithout clear quality standards, acceptance procedures and evaluation indicators in the contract, there is no objective basis for final inspection after delivery. Suppliers may refuse to rectify unqualified parts by simply claiming compliance with general industry standards, leaving the enterprise unable to safeguard its legitimate rights.Avoidance GuidelinesWrite the quantified demand list and technical parameters of the solution explicitly into the contract as official quality and acceptance criteria. Clarify the full acceptance process: after commissioning, the enterprise shall conduct formal inspection according to agreed standards and sign an acceptance report only upon full compliance. For unqualified items, the supplier must complete rectification within a specified time at its own cost until acceptance is passed.
PitfallThe contract lacks clear provisions on after-sales coverage, response time, maintenance cycle and cost allocation. When equipment fails later, suppliers may evade responsibilities or charge excessive maintenance fees, causing the enterprise’s operating costs to spiral out of control.Avoidance GuidelinesSpecify comprehensive after-sales terms in the contract, including on-site response time such as arrival within 24 hours, free maintenance period ranging from one to two years, service scope covering equipment repair, system upgrades and personnel training, as well as long-term maintenance charging standards and spare parts supply guarantees. Also require the supplier to provide complete operation & maintenance manuals and technical documents, together with regular routine inspection services.
PitfallUnclear payment methods and improperly set instalment milestones such as an excessively high advance payment ratio may result in large capital paid in advance. If the supplier breaches the contract, it becomes difficult to recover funds. Some suppliers delay production and delivery after receiving the advance payment.Avoidance GuidelinesAdopt reasonable phased payment terms, for example: advance payment no more than 30%, 30% paid after on-site installation completion, another 30% upon qualified commissioning and acceptance, and the remaining 10% settled after the free maintenance period expires. Clearly specify payment methods and liability for overdue payment to ensure equal rights and obligations for both parties.
Acceptance and delivery is the final checkpoint to ensure the intelligent AS/RS meets actual requirements. Hasty inspection and missing technical documents will cause difficulties in fault tracing and daily maintenance in the later stage. Two key pitfalls to avoid are as follows:
PitfallEnterprise staff only make a superficial check of equipment appearance and basic operation, without verifying performance against contracted quality standards and quantified indicators. Hidden defects remain undiscovered, leading to substandard efficiency and frequent failures after acceptance, while suppliers refuse further rectification on the grounds of signed acceptance.Avoidance GuidelinesArrange technical and maintenance personnel to conduct strict item-by-item inspection against contractual standards and performance indicators. Test actual inbound and outbound efficiency, sorting accuracy and operational stability, and verify shelf load capacity and safety protection devices. Conduct full-load and continuous operation tests to ensure stable performance under real working conditions. Reject unqualified delivery and demand rectification and re-inspection until all standards are met.
PitfallThe enterprise fails to require complete technical documentation upon acceptance, such as equipment manuals, maintenance guides, circuit diagrams, parts lists and quality inspection reports. When faults occur later or parts need replacement, essential data is missing, making maintenance difficult and compatible spare parts hard to source.Avoidance GuidelinesMandatorily require the supplier to hand over a complete set of technical documents and verify their completeness and accuracy to support future maintenance and repair. Meanwhile, arrange systematic professional training for internal operators and maintenance personnel, covering equipment operation, daily upkeep and basic troubleshooting. Complete final acceptance only after training is confirmed effective.
Service life and stable operation of an intelligent AS/RS rely heavily on standardized daily maintenance. Neglected upkeep and insufficient spare parts will lead to frequent failures and shortened service life. Two key pitfalls to avoid are as follows:
PitfallSome enterprises mistakenly believe intelligent equipment requires little maintenance and fail to establish daily inspection and upkeep mechanisms. Neglecting routine inspection, component lubrication and software upgrades causes abnormal wear, operational jamming and frequent breakdowns, lowering efficiency and shortening equipment lifespan.Avoidance GuidelinesEstablish a standardized daily maintenance system following the supplier’s official operation and maintenance manual. Regularly inspect wear conditions of core components such as stackers and conveyors, and replace vulnerable parts in a timely manner. Periodically upgrade the control system software to optimize operational performance. Assign dedicated staff to manage equipment maintenance and keep detailed records to identify and eliminate hidden risks early.
PitfallThe enterprise does not stock core vulnerable spare parts. When equipment fails, it has to wait for supplier delivery, resulting in prolonged downtime and disrupted operations. In some cases, suppliers delay or even stop spare parts supply, leaving equipment unreparable.Avoidance GuidelinesReserve key vulnerable parts such as stacker guide rails, conveyor rollers and sensors according to the official parts list after project delivery to enable immediate replacement during failures. Include long-term spare parts supply commitments in the contract, specifying supply cycles and pricing standards to avoid shortages in the later stage.
Procurement of an intelligent AS/RS is a complex systematic project, with major risks concentrated in six stages: demand confirmation, supplier selection, solution design, contract signing, acceptance delivery and daily operation & maintenance. Enterprises shall proceed based on actual business needs, select suppliers rationally, refine solution details and contract clauses, standardize acceptance procedures and establish complete maintenance mechanisms. By avoiding potential risks step by step, enterprises can source well-adapted, reliable and cost-effective intelligent warehouse systems, truly achieve cost reduction and efficiency improvement, and accelerate the intelligent upgrading of internal warehousing and supply chain.
Service Hotline135-2464-4985
Marketing Email: 13524644985@163.com
Marketing Phone: 13524644985 / +86 0512-65163891
Website: www.sydznkj.cn
Address: SHENG YI DE TECHNOLOGY (Suzhou) Co., Ltd., No. 10 Kerong Road, Xinzhuang Town, Changshu City, Suzhou, China
