Ordering custom industrial equipment from a Chinese manufacturer is a long-distance commitment. The questions asked before the purchase order — not after — decide whether the project finishes on time, on budget and to specification. This article is a structured list of clarifying questions an overseas buyer should put to any candidate manufacturer before committing to an order, organised by the area of risk each question addresses.

The list below is built for the buyer who is shortlisting, evaluating or introducing a new Chinese manufacturing partner. It is not a generic procurement checklist; it is specific to industrial equipment orders where the design is custom, the run length is finite, and the consequences of choosing the wrong partner fall on the buyer's project, not the manufacturer's pipeline.

1. Why a question list matters before ordering

A custom industrial order is a commitment the buyer enters into with limited information. The drawings are usually buyer-side, the manufacturing partner is in another country, and the only pre-production evidence the buyer has is what the manufacturer says, what the manufacturer shows, and what the buyer can verify independently. Asking the right questions before the purchase order reduces each of those information gaps to something the buyer can act on.

The questions below cover the items that most often go wrong on cross-border industrial orders:

  • Capability mismatch. The manufacturer says they can produce the part but does not actually have the equipment, the workforce or the process control to do so reliably.
  • Capacity overrun. The order is accepted, then delayed because the manufacturer's pipeline was fuller than represented at quotation.
  • Quality drift. Pre-production samples pass, then production samples drift on tolerance, finish or documentation.
  • Documentation gaps. Material certificates, test reports, packing lists and certificates of origin are missing or inconsistent at shipment.
  • Commercial surprises. Tooling, setup, inspection or change-order costs surface after the purchase order, not before.
  • Logistics errors. Packing, marking, port handling or documentation cause delays, customs issues or damage in transit.

A question list does not eliminate these risks. It moves them from “surprises during production” to “items addressed at quotation”, where they can be priced, scheduled and written into the purchase order.

2. Who this checklist is for

This checklist is written for procurement teams, project engineers and technical buyers in overseas industrial companies who are evaluating a Chinese manufacturer for a custom equipment order. The use cases covered include:

  • Single-project evaluation. The buyer has one project and one part number to source and needs to confirm that a candidate manufacturer can deliver it.
  • Multi-site rollout. The buyer has an identical requirement across several sites and needs a manufacturer who can repeat the build consistently.
  • Multi-batch framework. The buyer is establishing a longer-term supply relationship and needs to evaluate the manufacturer as a partner, not just as a single-order supplier.
  • Existing partner review. The buyer already works with a Chinese manufacturer and wants to apply a structured due-diligence review to the relationship before the next order.

The checklist is not aimed at catalog or standard-part procurement. For standard parts with published specifications, the relevant vendor list and approval process are different, and the items below are largely already covered by the buyer's existing vendor qualification.

For inquiries coordinated through AMG, the items below also map to the clarification round that AMG runs with the selected manufacturing partner during quotation. Many of the same questions appear in both processes, with AMG acting as the buyer's coordination interface.

3. AMG's role in supplier evaluation

AMG is a coordinator, not a manufacturer. We work with selected Chinese manufacturing partners across a defined scope of industrial equipment and fabricated metalwork. Our role in supplier evaluation is to organise the question list, the evidence gathering and the clarification round that follows, so that the buyer's decision is made on information the buyer has reviewed, not just on claims the candidate manufacturer has made.

For a buyer who is evaluating a new partner, the AMG coordination scope can include:

  • Framing the question list against the buyer's specification
  • Collecting and organising the candidate manufacturer's responses
  • Cross-checking responses against drawings, samples or reference projects
  • Identifying gaps that need a clarification round or an additional round of evidence before quotation

For a buyer who is reviewing an existing partner, the same coordination scope can be applied as a structured supplier review — covering capability, capacity, quality, documentation, commercial terms and risk management.

AMG does not represent the questions below as a complete vendor-qualification program. They are the buyer-side questions that most often decide whether a candidate manufacturer is the right fit for a specific order. A formal vendor-qualification program at the buyer's organisation may include additional items beyond this list.

4. Are you dealing with the manufacturer, a trading company, or a mixed operation?

A custom industrial order is produced by a business that operates under one of several models:

  • Manufacturer. A factory producing the relevant goods itself on its own production lines.
  • Trading company. A business coordinating production through other manufacturers and acting as the buyer's commercial interface.
  • Mixed operation. A manufacturer that also runs its own trading or export function, either for finished goods it produces or for components it sources from other factories, alongside a buyer-facing sales and logistics operation.
  • Hybrid production. A manufacturer using a combination of in-house production and subcontracted processes for specific operations (surface finishing, special testing, heat treatment, machining, and so on).

The buyer's real objective is not to classify the supplier by label. It is to establish six practical things about the specific order:

  • Who actually manufactures the goods.
  • Where the goods will be produced (site, city, country).
  • Which production processes will be performed in-house at the producing site.
  • Which processes will be subcontracted to other facilities.
  • Who controls final inspection and releases the shipment.
  • Who holds technical responsibility and manages corrective action if a non-conformance occurs.

A manufacturer with its own production is not automatically lower risk than a trading company. A trading company with strong sub-supplier qualification can produce a high-quality result. A factory-owned operation can still have weak sub-supplier control if its finishing, testing or special processes are outsourced. Subcontracting is not by itself a sign of poor quality; it becomes a risk only when the buyer cannot identify who did the work and who is responsible for the result.

Practical questions that establish the real picture for the buyer's order:

  • Which processes for this order will be completed in-house?
  • Which processes will be subcontracted, and to whom?
  • At which manufacturing site will this order be produced?
  • Who is responsible for final inspection at that site?
  • Who will manage corrective action if a non-conformance occurs?

These questions do not require the supplier to disclose unrelated commercial information. They are about the buyer's specific order. A supplier should be able to explain how these responsibilities are allocated for the buyer's specific order, subject to legitimate confidentiality constraints.

5. Manufacturing capability and equipment

The first area to verify is whether the manufacturer actually has the equipment, the process know-how and the workforce to make the part. Capability mismatches can cause significant post-order problems on cross-border industrial projects because they may not become visible until technical clarification or production.

The questions in this area should cover:

  • Process capability. What manufacturing processes does the manufacturer run in-house (laser cutting, CNC punching, bending, welding, machining, finishing, assembly)? Which processes are subcontracted?
  • Equipment list. What is the major equipment on the shop floor? What is the age and condition of the equipment? When was it last serviced or calibrated?
  • Material handling. How is raw material received, stored and moved to production? Are there dedicated storage areas for different materials?
  • Workforce. How many direct-production workers does the manufacturer employ? How many of them are welders, machinists or finishing specialists? What shift pattern is in operation?
  • Engineering depth. Is there an in-house engineering team that can review drawings, propose DFM improvements and resolve technical issues during production?

The right level of evidence at this stage is the manufacturer's own capability statement, supported by photographs of the shop floor, equipment lists and a list of reference projects in the same product family. Photographs alone are not enough; the equipment list and reference projects should match the buyer's part.

6. Production capacity and lead time

The second area to verify is whether the manufacturer's pipeline can accommodate the buyer's order without slipping the schedule. Capacity is often quoted optimistically at the enquiry stage; the actual picture becomes visible only when the order is placed alongside other commitments.

The questions in this area should cover:

  • Current pipeline. What orders are currently in production? What percentage of capacity is committed over the next three to six months?
  • Order book visibility. Can the manufacturer share a representative order book (without customer names if confidentiality is required) so the buyer can see how busy the relevant production lines are?
  • Lead time for the specific part. What is the indicative lead time from purchase order to ex-works delivery for the buyer's specific part, at the buyer's required quantity? This number is what the buyer's project schedule is built against.
  • Schedule flexibility. Can the manufacturer accommodate phased deliveries, call-offs from buffer, or compressed schedules if the buyer's project requires them? At what cost?
  • Capacity expansion. If the buyer's project grows beyond the initial order, can the manufacturer scale capacity, and over what timeframe?

Capacity claims should be cross-checked against reference projects of similar size and timeline. A manufacturer that delivered a 50-unit order in eight weeks last year does not automatically have the capacity to deliver a 500-unit order in twelve weeks this year.

7. Quality management system

The third area to verify is the manufacturer's quality management system — the formal framework that defines how the manufacturer controls quality, who is responsible for it, and how non-conformances are recorded and resolved. A QMS is not the same as inspection; it is the system that decides what gets inspected, against what standard, and what happens when something fails inspection.

The questions in this area should cover:

  • QMS standard. Does the manufacturer operate under ISO 9001 or an equivalent QMS standard? What is the most recent certification, and which certification body issued it? When does the certificate expire?
  • QMS scope. Is the QMS certification scope appropriate for the buyer's product family? A certification scoped to "sheet metal fabrication" does not automatically cover electrical assembly.
  • Quality personnel. How many quality staff does the manufacturer employ? Is there a separate quality function reporting to senior management, or is quality integrated into production management?
  • Non-conformance process. How are non-conformances recorded, escalated and resolved? Is there a corrective action process that is documented and traceable?
  • Internal audits. How often does the manufacturer run internal audits, and against what criteria? Can the buyer review recent internal audit reports (with confidentiality preserved)?

An ISO 9001 certificate is a useful baseline but is not a substitute for asking the questions above. A management-system certificate does not by itself show how the supplier will apply its quality procedures to the buyer's specific order. The buyer should therefore review the relevant operational controls, responsibilities and records for the project rather than relying on the certificate alone.

8. Inspection and testing capability

The fourth area to verify is inspection and testing capability. This is the operational layer that decides whether each unit matches the buyer's specification before it is shipped. Inspection capability is one of the most variable items between Chinese manufacturers — some run fully equipped inspection rooms with coordinate measuring machines and surface-finish testing, others rely on basic dimensional gauges and visual inspection.

The questions in this area should cover:

  • Inspection equipment. What dimensional, surface and functional inspection equipment is on site? When was each item last calibrated?
  • Testing capability. For products that require electrical, mechanical or environmental testing, what is the in-house capability, and what is subcontracted?
  • Inspection stages. At what stages of production does inspection happen (incoming material, in-process, pre-shipment)? Is inspection documented?
  • Sample vs. 100% inspection. What is the manufacturer's default approach to dimensional inspection? Sample-based or 100%? Is this negotiable based on order quantity?
  • Third-party inspection. Is the manufacturer willing to accommodate a buyer's third-party inspector, with reasonable notice and access?

For products that carry a buyer-defined function test (for example, electrical continuity, insulation, or operational checks on assembled equipment), the inspection scope should be agreed in writing before production, not during pre-shipment inspection.

9. Materials and components sourcing

The fifth area to verify is how the manufacturer sources raw materials and bought-out components. Unapproved material substitution can create significant technical and quality risk on cross-border industrial orders, particularly when the buyer's specification is incomplete or the substitution is not formally reviewed.

The questions in this area should cover:

  • Raw material suppliers. Who are the manufacturer's regular suppliers for carbon steel, stainless steel, aluminium and copper? How long has the relationship been in place?
  • Material grades. If the buyer has specified a material grade (for example, a stainless steel AISI grade or an aluminium alloy), can the manufacturer source it consistently? If not, what alternatives are typically proposed?
  • Material certificates. Will material certificates (mill certificates, test reports) be issued with each shipment? In what format?
  • Bought-out components. For electrical components, fasteners and other bought-out items, what brands are typically used? Can the buyer specify preferred brands, and at what cost implication?
  • Substitution process. If the manufacturer needs to substitute a material or component for any reason, what is the process for buyer approval before the substitution happens?

The currently verifiable material categories that may be relevant to a custom industrial order are Carbon Steel, Stainless Steel, Aluminium and Copper. Specific grades, thicknesses and material specifications are buyer-defined and confirmed per inquiry. AMG's role is to coordinate enquiries and review availability with the selected manufacturing partner; material-grade selection is project-dependent and is not represented as a standard AMG offering.

10. Surface finish and coating capability

The sixth area to verify is surface finish and coating capability. The finish system determines corrosion behaviour, appearance and in-service durability. For most industrial orders, the finish is part of the quotation scope and is not optional.

The questions in this area should cover:

  • Finish capability. What finish systems does the manufacturer operate in-house (powder coating and other surface finishing)? Which finishes are subcontracted?
  • Finish line capacity. What is the size of the in-house finishing line (oven dimensions, conveyor capacity, batch size)?
  • Colour and appearance. If the buyer has specified a colour reference (such as RAL), can the manufacturer match it consistently? What is the colour-tolerance standard?
  • Pre-treatment. What surface pre-treatment is performed before finishing (for example, cleaning, phosphate, conversion coating)?
  • Finish documentation. Can the manufacturer issue finish process records, including pre-treatment, application thickness and cure schedule?

The currently verifiable finish categories are powder coating and other surface finishing. Standardised colour references (such as RAL) are a buyer-side example of how colour requirements may be communicated; the colour reference itself comes from the buyer, and availability is confirmed with the selected manufacturing partner.

11. Standards, certifications and compliance

The seventh area to verify is standards, certifications and compliance. The question here is not whether the manufacturer has any certificates — most do — but whether the certificates cover the scope of the buyer's order. Standards and certifications define the technical baseline the cabinet, panel or equipment must comply with; if the scope is misaligned, the buyer's project pays the cost.

The questions in this area should cover:

  • Applicable design standards. What international standards does the manufacturer routinely work to (for example, IEC standards for electrical equipment)? Can the manufacturer work to buyer-specified standards on request?
  • Low-voltage assemblies. For completed low-voltage assemblies, the IEC 61439 series is the international reference. IEC 61439 relates to low-voltage assemblies and should not be interpreted as a default certification claim for a standalone fabricated cabinet. Where the buyer's project requires assembly-level compliance, the certification scope is agreed per inquiry.
  • Ingress protection. IP ratings for cabinets are defined by IEC 60529. The IP rating is an informational reference for the cabinet design; it is not a certification that a given cabinet automatically meets. Where the buyer's project specifies an IP rating, the manufacturer confirms the rating is achievable with the agreed design.
  • Industry-specific standards. For marine, food and beverage, pharmaceutical, hazardous area, rail or mining applications, which industry-specific standards does the manufacturer have experience with?
  • Destination-market compliance. For projects delivered to a specific country or region, are there destination-market compliance requirements (for example, CE marking, UKCA, regional electrical codes) the manufacturer can support?

Certification scope, testing arrangements and which party is responsible for documentation are typically confirmed per inquiry. Buyers should not assume specific certifications are included with the quotation unless they have been explicitly requested and confirmed.

12. Documentation and traceability

The eighth area to verify is documentation and traceability. Documentation is what links a finished unit back to the materials, processes and people that produced it. Without documentation, post-shipment issues become unresolvable.

The questions in this area should cover:

  • Standard documentation package. What documents does the manufacturer routinely issue with each shipment (test reports, material certificates, packing list, commercial invoice, certificate of origin)?
  • Format and language. In what format and language are documents issued? Are documents signed and stamped?
  • Traceability. Can each shipped unit be traced back to the material batch, the production run, the inspector and the date?
  • Retention. How long does the manufacturer retain production records, material certificates and inspection records after shipment?
  • Custom documentation. Can the manufacturer issue buyer-specified documents (for example, project-specific test formats, customer-branded certificates)?

For projects that require destination-market documentation (for example, certificates of conformity for the European Union, FCC declarations, regional regulatory filings), the documentation scope is part of the buyer's specification and should be agreed at quotation.

13. Intellectual property and design protection

The ninth area to verify is intellectual property and design protection. For buyers sending proprietary drawings, brand assets or design data to a Chinese manufacturer, the question of how that information is protected is not theoretical. It is a practical risk that has to be addressed before the data leaves the buyer's office.

The questions in this area should cover:

  • NDA practice. Is the manufacturer willing to sign a buyer-side non-disclosure agreement? Is there a standard NDA the manufacturer already uses?
  • Internal access control. Who inside the manufacturer's organisation has access to the buyer's drawings? Is access logged?
  • Drawing retention. How long does the manufacturer retain buyer drawings after the order is complete? Are drawings returned or securely destroyed on request?
  • Tooling and fixtures. For tooling, dies or fixtures made specifically for the buyer's part, who owns them after the order? Can the tooling be transferred to another manufacturer if the relationship changes?
  • Sub-supplier flow-down. If the manufacturer subcontracts any part of the buyer's order, how is the buyer's IP protected at the sub-supplier?

These questions are particularly relevant for buyers sending new product designs, branded products or items with competitive commercial value. A manufacturer who is evasive on these questions is a warning sign, not a paperwork issue.

14. Communication and project management

The tenth area to verify is communication and project management. Cross-border orders live or die on how information flows between the buyer's office and the manufacturer's shop floor. Language, time-zone, response speed and the manufacturer's project-management discipline are all part of this.

The questions in this area should cover:

  • Primary contact. Who is the buyer's primary contact at the manufacturer? What is their role, language capability and typical response time?
  • Communication channels. What channels does the manufacturer use for day-to-day communication (email, instant messaging, video call, project-management portal)?
  • Reporting cadence. How often will the manufacturer report progress (weekly, milestone-based, on-demand)? In what format?
  • Escalation path. If something goes wrong during production, what is the escalation path inside the manufacturer's organisation? Who is the senior contact if the buyer's primary contact is unreachable?
  • Language capability. Is the primary contact fluent in the buyer's working language, or is translation required? Who does the translation?

For projects with tight schedules or significant technical content, a short pilot order is often the most effective way to test communication discipline before committing to a full rollout. The pilot is a paid order at small quantity, but it produces real information about how the manufacturer will handle the buyer's project.

15. Commercial terms and pricing

The eleventh area to verify is commercial terms and pricing. The price quoted at enquiry is rarely the price paid at shipment. The questions below are what decide whether the buyer's budget survives the order.

The questions in this area should cover:

  • Pricing structure. Is the quoted price all-inclusive, or are tooling, setup, inspection, packaging, documentation and certificates priced separately?
  • Currency and payment terms. In what currency is the quotation issued? What are the payment terms (deposit, milestone, balance)? Are there standard payment methods the manufacturer supports?
  • Price validity. How long is the quotation valid? What conditions would change the price before the order is placed?
  • Change-order pricing. If the buyer changes the specification after the purchase order, how are change orders priced and approved?
  • Tooling and ownership. For project-specific tooling, dies or fixtures, what is the cost, and who owns the tooling after the order?
  • Warranty and defects. What warranty does the manufacturer offer on the finished product? What is the process for reporting and resolving defects discovered after delivery?

Buyers should request the pricing structure in writing and should not assume items are included unless they appear in the quotation. Items discussed verbally but not reflected in the final quotation, specification or purchase order can create avoidable commercial and technical disputes after the order is placed.

16. Logistics, packing and shipment

The twelfth area to verify is logistics, packing and shipment. The buyer's part can leave the manufacturer's dock perfectly made and arrive damaged because of poor packing, wrong documentation or a misrouted shipment. The questions below address each of those risks.

The questions in this area should cover:

  • Incoterms. Which Incoterms is the quotation based on (EXW, FOB, CIF, DAP, DDP)? What is included and excluded under each Incoterm?
  • Packing standard. What is the manufacturer's standard export packing? For sea-shipment, is ISPM 15-compliant timber used?
  • Project-specific packing. For delicate or high-value items, can the manufacturer apply project-specific packing (foam inserts, braced crates, vacuum bags, shock indicators)?
  • Shipping marks. Will the buyer-specified shipping marks be applied to each carton, crate and pallet?
  • Documentation for customs. Which customs documents will the manufacturer provide (commercial invoice, packing list, certificate of origin, fumigation certificate)? In what format?
  • Freight forwarder. Does the manufacturer have a preferred freight forwarder, or will the buyer nominate the forwarder? Who books the vessel or flight?

Logistics arrangements are project-specific and should be agreed at quotation. The Incoterm chosen determines the buyer's logistics responsibility from the manufacturer's loading dock onward, and should be understood before the purchase order is signed.

17. References and customer evidence

The thirteenth area to verify is references and customer evidence. A manufacturer who has done what the buyer is asking for, recently and for a comparable buyer, is a different risk from one who has not. The questions below turn unverifiable claims into checkable history.

The questions in this area should cover:

  • Reference customers. Can the manufacturer name two or three reference customers in the same product family? Will those customers agree to be contacted directly?
  • Reference projects. For each reference, what was the product, quantity, lead time, destination market and inspection outcome?
  • Industry experience. How many years has the manufacturer been operating in the buyer's product family? What industries do they primarily serve?
  • Export experience. Which export markets does the manufacturer currently serve? Are there markets they do not serve, and why?
  • Public evidence. Are there trade-show participations, industry association memberships, certification listings or independent reviews the buyer can verify?

Reference projects are most useful when they are recent, comparable in scope and reachable for a direct conversation. A reference from five years ago for a different product family is not strong evidence for the buyer's order.

18. Risk management and corrective action

The fourteenth area to verify is risk management and corrective action. Issues can arise during cross-border industrial production even when the buyer and manufacturing partner have prepared the project carefully. What separates a manageable issue from a project-killing one is whether the manufacturer has a documented process for identifying, escalating and resolving problems when they occur.

The questions in this area should cover:

  • Issue identification. How does the manufacturer identify production issues (in-process inspection, operator reporting, customer feedback)?
  • Escalation. What is the escalation path when an issue is identified — from operator to shift leader, from shift leader to production manager, from production manager to the buyer's contact?
  • Corrective action. How are corrective actions documented and followed up? Is there a record of root cause, corrective action, and verification?
  • Schedule slippage. If a production issue threatens the schedule, how is the buyer notified, and what is the recovery plan?
  • Post-shipment issues. If a defect is discovered after delivery, what is the manufacturer's process for warranty claim, replacement or credit?

A manufacturer who is comfortable answering these questions, and who can point to a recent example of a resolved production issue, is a fundamentally different risk from one who treats the questions as theoretical.

19. Red flags that require clarification — not automatic rejection

A red flag is a reason to ask for clarification or to request additional evidence. It is not by itself proof of fraud, poor quality or an unsuitable supplier. The items below are not grounds for automatic rejection. They are signs that the buyer's clarification round is not finished and that more information is needed before the order is placed.

  • The supplier avoids identifying the manufacturing location for the specific order. The buyer's project depends on knowing where production will take place (for logistics, for any in-process inspection, for the applicable regulatory environment). A refusal to name the producing site, or vague answers about “our factory” without a specific location, is a reason to ask again — not a verdict on the supplier.
  • Catalogue scope is much broader than the production capability that can be demonstrated. A supplier offering a wide product range is not a problem on its own. It becomes one when the buyer cannot find evidence (shop-floor photographs, equipment lists, reference projects) covering the specific product family the buyer is sourcing.
  • The quotation does not identify the applicable drawing or specification revision. The quotation is the buyer's reference document throughout the project. If it does not state which drawing revision, which specification issue, or which technical baseline the price is based on, clarification is required before the order is placed.
  • Proposed material differs from the buyer specification without documented approval. A material substitution may be reasonable (availability, cost, equivalent grade). It is a red flag only when it is not raised for buyer review and approval before production starts.
  • A critical tolerance is accepted without technical review. If the manufacturer accepts a tolerance the buyer has flagged as critical (fit, sealing, electrical clearance, safety function) without asking why, the supplier may not have understood the requirement. Clarification is required.
  • Certification or conformity is claimed but the basis of the claim cannot be clarified. The buyer should ask for evidence appropriate to the specific claim. For a management-system certification such as ISO 9001 or ISO 14001, this may include the certificate, certification body, scope and validity information. For CE marking or a claim of conformity with an IEC standard, the relevant evidence may be different and should be reviewed according to the product, applicable legislation, standard and project requirements. If the supplier cannot explain or provide the appropriate basis for a material certification or conformity claim, further clarification is required.
  • Important production steps are subcontracted but inspection and corrective-action responsibility is unclear. Subcontracting is normal in industrial production. It is a red flag when the buyer cannot identify who will inspect the subcontracted work, who signs off on it, and who handles any corrective action that becomes necessary.
  • Required testing or documentation is excluded from the quotation without the exclusion being made clear. If the buyer's specification requires test reports, material certificates or specific documentation, the quotation should state whether these are included, charged separately, or excluded. Silence on the question is a reason to clarify — not a reason to assume.
  • Sales and technical responses repeatedly contradict each other on material project requirements. The buyer's primary sales contact and the technical contact should be aligned on the buyer's specification. Persistent contradiction (different lead times, different material grades, different inspection scope between the two contacts) is a sign that the clarification round has not produced a single coherent technical picture.

For each item above, the appropriate response is CLARIFY or VERIFY — not automatic rejection. A clear, well-evidenced answer resolves the red flag. A continued refusal to provide that information, or a refusal to engage with the buyer's questions, is itself information for the buyer's decision — but it is not the same as a categorical finding against the supplier.

Frequently asked questions

How long should the supplier evaluation take?

For a single-project order with a defined specification, a structured evaluation typically takes two to four weeks from the first enquiry to a shortlist. The pace depends on the responsiveness of the candidate manufacturers and the depth of evidence the buyer requires. Rushing supplier evaluation can create schedule risk if unresolved technical or commercial issues surface later during production rather than during quotation.

Should the buyer visit the manufacturer's factory in person?

A factory visit is the most thorough form of supplier evaluation and is recommended for orders of significant value, orders with long-term framework potential, or orders where the buyer's risk tolerance is low. For smaller or pilot orders, a remote evaluation supported by photographs, video walk-throughs and reference contacts is often sufficient. The cost of the visit should be weighed against the cost of the order and the consequences of choosing the wrong partner.

What if the candidate manufacturer is reluctant to answer some of these questions?

Reluctance to answer is information, not just an inconvenience. Some questions (for example, internal order-book detail) are reasonably sensitive and a manufacturer may decline politely while still providing the equivalent information in another form. Other questions (for example, QMS certification scope, third-party inspection access, NDA willingness) are baseline and a refusal should be treated as a red flag. The questions where refusal matters are the ones where the buyer's project risk is highest.

Is a pilot order worth the additional time and cost?

For first-time relationships, a small pilot order at paid commercial terms is usually the most efficient way to validate capability, communication discipline and documentation quality before committing to a larger order. The pilot should be on a real, representative part of the buyer's product — not a simplified test piece. The pilot order is not free, but it is much cheaper than discovering the manufacturer's weaknesses on a full production run.

Can AMG coordinate the supplier evaluation on the buyer's behalf?

Yes. AMG can organise the question list, the evidence gathering and the clarification round for an overseas buyer evaluating a Chinese manufacturer. The coordination scope is agreed per project. AMG does not replace the buyer's own technical judgement — the questions and the answers are reviewed by the buyer — but AMG can reduce the time the buyer's team spends on the administrative side of the evaluation.

Need a structured evaluation of a Chinese manufacturer?

If you are evaluating a Chinese manufacturing partner for an industrial order and want a coordinator to organise the question list, the evidence and the clarification round, send the project context to AMG. Even a brief description of the part, the quantity and the destination market is enough to start a clarification round.