Procurement Q&A hub
Every industrial procurement question, answered in one place
137 direct answers on RFQ, CAPEX planning, factory acceptance testing, supplier verification, supplier management and equipment buying. Each topic also has its own focused page. Updated 2026-09-30.
Industrial procurement basics
Focused page →What is industrial procurement?
Industrial procurement is the structured purchase of production equipment, complete lines and factory systems — typically from US$250,000 upward. Unlike catalogue buying, it starts from a technical requirement: what the equipment must produce, at what capacity, under which standards. The output is a specification and a request for quotation that capable manufacturers can price on a comparable basis.
Why should the specification come before choosing a supplier?
Because a supplier chosen first shapes the requirement around what it sells. A written specification — capacity, tolerances, utilities, standards, acceptance criteria — lets several manufacturers quote the same thing, so prices and scope become comparable. It also becomes the contractual baseline for the factory acceptance test later.
What is an RFQ in industrial equipment purchasing?
A request for quotation (RFQ) is a structured document sent to shortlisted manufacturers describing the equipment, capacity, standards, delivery terms and acceptance criteria, asking for a priced offer. A well-built RFQ produces quotations that can be compared line by line; a vague one produces prices that cannot be compared at all.
How do you compare quotations for industrial machinery?
Normalise every offer to the same basis: same capacity, same scope (installation, commissioning, training, spare parts), same Incoterm and same warranty. Then compare total cost of ownership — purchase price plus energy, consumables, maintenance and expected downtime — not the headline price. Missing scope items are the most common reason a 'cheap' quote becomes the expensive one.
How do you verify an overseas equipment manufacturer before paying a deposit?
Check company registration and years in business, request references for similar installed equipment, confirm export history to your region, assess production capacity against your volume, and review after-sales support arrangements. Independent factory audits and video walkthroughs of running reference lines add further confidence. Never rely on a marketplace badge alone.
What is a factory acceptance test (FAT)?
The FAT is a documented test of the finished machine at the manufacturer's works, run against the acceptance criteria agreed in the specification before the deposit. It verifies capacity, quality and safety functions before shipment. Failures are logged, fixed and re-tested — which is why the criteria must be written into the contract, not improvised at the factory.
What is the difference between FAT and SAT?
FAT (factory acceptance test) happens at the manufacturer's works before shipment and proves the machine meets the agreed criteria. SAT (site acceptance test) happens after installation at your site and proves the machine performs in your real conditions — your utilities, your materials, your operators. A project needs both: FAT protects the payment before shipment, SAT protects the final acceptance.
Which Incoterm should I use when importing industrial machinery?
For most buyers, FOB or CIF are the practical choices. EXW leaves all export logistics and risk with you; DDP puts everything on the supplier, often at a hidden markup. FOB gives you control of the main freight and insurance; CIF is simpler when you lack a freight forwarder. Whatever you choose, state it explicitly in the RFQ so every quotation is on the same terms.
What is the difference between CAPEX and OPEX in an industrial project?
CAPEX is the one-time capital expenditure: the equipment, installation, commissioning and civil works. OPEX is the recurring operating cost: energy, raw materials, labour, maintenance and spare parts. Two machines with the same purchase price can differ greatly in OPEX, so serious comparisons use total cost of ownership over the machine's life, not CAPEX alone.
How long does an industrial equipment purchase take?
A realistic sequence is: two to four weeks to structure the specification and RFQ, three to six weeks for quotations and comparison, then manufacturing lead time — commonly three to nine months for a production line — plus shipping, installation and acceptance testing. Projects that skip the specification stage rarely save time; they lose it later in disputes and rework.
What is a controlled supplier introduction?
A controlled introduction means no supplier is contacted and no buyer detail is shared until a human reviewer has verified the match and the buyer has approved it. It is the opposite of an open marketplace, where enquiries are broadcast to hundreds of sellers. The buyer decides who sees what, and when.
Why not just use an open B2B marketplace for industrial equipment?
Open marketplaces optimise for listing volume, not for verified capability. For a US$250,000+ production line, the risks are unverified suppliers, incomparable quotations and no structured acceptance process. A human-reviewed platform adds the layers a marketplace lacks: specification structuring, supplier research, comparable quotations and documented acceptance criteria.
What makes a good RFQ for industrial equipment?
A good RFQ describes the requirement, not a preferred product: required output and capacity, materials and standards, utilities available on site, scope expected (delivery, installation, commissioning, training, spares), delivery terms and measurable acceptance criteria. When every manufacturer prices the same document, the quotations can be compared line by line.
What is the difference between an RFQ and an RFP in industrial purchasing?
An RFQ asks for a price against a defined specification — you already know what you need. An RFP asks suppliers to propose a solution to a problem — you know the outcome but not the machine. For production equipment, the strongest position is a specification clear enough for an RFQ; an RFP is appropriate when the process itself still needs engineering input.
How many suppliers should receive an industrial RFQ?
Typically three to five verified manufacturers. Fewer than three gives no real comparison; more than five multiplies evaluation work without improving the result and signals to serious manufacturers that the enquiry is unfocused. The quality of the shortlist matters more than its size — every recipient should be capable of actually building the equipment.
Why are industrial equipment quotations often impossible to compare?
Because each supplier quoted a different scope: one includes installation and commissioning, another is the bare machine; one quotes CIF, another ex-works; warranties and spare parts differ. The fix is the RFQ itself — a scope checklist every supplier must price, with a standard comparison sheet. Without that discipline, the buyer compares numbers, not offers.
How long should suppliers get to respond to an industrial RFQ?
Two to four weeks is realistic for production equipment. A capable manufacturer needs time to check capacity, engineer the configuration and price options properly. A 48-hour deadline filters for whoever has a catalogue price ready — not whoever builds the best line. State the deadline and the evaluation timeline in the RFQ itself.
What should happen after quotations arrive?
Normalise every offer to the same scope, Incoterm and warranty; build a comparison on total cost of ownership, not headline price; then clarify deviations with each supplier in writing before shortlisting. The technical evaluation (capacity, quality, compliance) should gate the commercial one — a cheap offer that misses the specification is not cheaper.
Should an RFQ reveal the buyer's identity and budget?
Identity: only when you choose — a structured process can run the first round without exposing your company details to suppliers. Budget: never state a number. State the required scope and let the market price it. A declared budget becomes the floor of every quotation you receive.
What are the most common RFQ mistakes industrial buyers make?
Five recur constantly: a vague specification that invites incomparable quotes; no measurable acceptance criteria, which weakens the factory test later; no stated Incoterm, so freight costs hide differently in each offer; approaching unverified manufacturers; and evaluating on purchase price alone instead of total cost of ownership.
CAPEX planning
Focused page →What is industrial CAPEX planning?
CAPEX planning is the process of deciding which capital investments a production operation needs, in what sequence, and with what budget: capacity gaps, modernisation, new lines or site infrastructure. For equipment purchases it means defining the requirement and specification before any supplier is contacted, then costing the full project — not only the machine — so the investment decision is made on complete numbers.
What should a CAPEX budget include beyond the machine price?
The equipment price is usually 50–70% of the real project cost. A complete budget also covers freight and insurance, installation and foundations, utilities (power, compressed air, water, drainage), commissioning and acceptance testing, operator training, spare parts for the first two years, software licenses, and duties and taxes. Budgets that stop at the machine price are the most common reason industrial projects overrun.
How much contingency should an industrial CAPEX budget carry?
For a well-specified equipment project, 10–15% is typical; for a first-of-its-kind line or a project with unknown site conditions, 20% or more. Contingency is not padding — it is the price of the unknowns: civil works surprises, utility upgrades, customs delays and re-testing. A project approved with zero contingency either gets frozen mid-way or quietly re-approved later at a higher number.
Is payback period enough to evaluate an equipment investment?
No. Payback ignores what happens after the investment is recovered and ignores the running cost of different options. Two machines with the same price and payback can differ by tens of percent in lifetime cost once energy, consumables, spares, downtime and staffing are counted. Evaluate on total cost of ownership over the expected life, discounted to today's value, with payback as a secondary indicator only.
What is the difference between CAPEX and OPEX in an equipment project?
CAPEX is the one-time capital spend: the machine, installation, commissioning and initial spares. OPEX is the recurring cost of operating it: energy, labour, consumables, maintenance and licenses. The split matters because a cheap machine (low CAPEX) often carries a heavy OPEX, and because some financing structures convert CAPEX into OPEX through leasing — which changes the approval path but not the real cost.
Should a large equipment investment be phased?
Often yes. Phasing — base line first, expansion modules later — reduces the amount at risk before the concept is proven, and lets early performance data inform the later phases. The trade-offs are integration risk and a higher total cost, because each phase carries its own installation and commissioning. If you phase, agree the interfaces and utilities for the full build in the first phase's specification, so later phases bolt on instead of rebuilding.
When should equipment be financed rather than paid outright?
When preserving working capital matters more than the financing cost, or when the equipment's life spans several years of returns. Options include bank equipment loans, leasing, export credit agency cover and vendor financing. Global B2B Group maps these options and introduces buyers to independent financing providers — we are not a lender and do not approve financing. Whatever the structure, tie disbursement to verified milestones such as FAT sign-off.
How does CAPEX planning connect to the specification and FAT?
The CAPEX decision defines the envelope — capacity, budget, timeline — and the specification (often as a URS) translates it into measurable requirements the supplier must meet. Those same requirements become the FAT acceptance criteria. A project where the budget, the specification and the acceptance test are written together is far harder to overrun: every claim a supplier makes can be tested before the final payment moves.
Factory acceptance testing
Focused page →What does a factory acceptance test actually cover?
A FAT verifies the finished machine against the acceptance criteria agreed in the contract: rated capacity and speed, product quality within tolerance, safety functions and interlocks, control system behaviour, and completeness of scope. It is run at the manufacturer's works before shipment, with results documented and signed by both parties.
Who writes the FAT acceptance criteria?
The buyer should own the criteria, derived from the original specification — capacity, tolerances, cycle times, rejection rates and safety requirements. The manufacturer proposes the test protocol, but the pass/fail thresholds must come from what the project needs, not from what the machine happens to achieve. Criteria written after the machine is built protect the seller, not the buyer.
What is the difference between FAT and SAT?
FAT happens at the factory before shipment and proves the machine meets the agreed criteria under test conditions. SAT (site acceptance test) happens after installation at your site and proves performance in real conditions — your utilities, materials and operators. Both are needed: FAT gates the pre-shipment payment, SAT gates final acceptance.
What happens if a machine fails its FAT?
Failures are logged in a punch list, fixed by the manufacturer, and re-tested before shipment. This is exactly why the FAT exists: a defect found at the factory costs days; the same defect found after installation costs months. The pre-shipment payment should stay unpaid until the punch list is closed — that is the buyer's leverage.
Should the buyer attend the FAT in person?
Yes, or send a qualified representative. A witnessed test carries more weight than a report, and experienced eyes catch issues a checklist misses — noise, vibration, workarounds the operators use. When travel is impractical, a live video FAT with a pre-agreed test script and an independent inspector is the practical alternative.
How long does a factory acceptance test take?
From one day for a single machine to a week or more for a complete production line. The duration should be planned in the test protocol: which tests run, in what order, with what materials, and how many repetition runs prove stable capacity. A FAT squeezed into two hours is a demonstration, not a test.
Who supplies the materials for the FAT?
Ideally the buyer supplies production-representative materials — the actual raw materials, packaging or components the line will run. A machine tested on the manufacturer's ideal material can pass the FAT and fail at your site. This should be agreed in the contract, including quantities and shipping responsibility.
How should the FAT connect to the payment schedule?
Tie the pre-shipment payment to a passed, documented FAT. A typical structure is deposit on contract, the main tranche after FAT sign-off, and a retention until site acceptance. Never let the full balance fall due before the machine has proven itself — once paid, the leverage to demand fixes disappears.
FAT: criteria, failure & payments
Focused page →What should acceptance criteria for a factory acceptance test actually say?
Numbers, not adjectives. 'The line runs at 120 units per minute for four consecutive hours with less than 2% reject rate' is a criterion; 'the machine performs well' is not. Every criterion needs a measurable value, a test method, and a pass/fail threshold — written into the contract before signing, because after signature the manufacturer has no reason to accept new ones.
Who should write the FAT acceptance criteria — me or the manufacturer?
You own them, with the manufacturer's input. The manufacturer knows what the machine can demonstrably do; you know what your production needs. If the manufacturer writes the criteria alone, expect them to describe only what is easy to pass. The criteria belong in the RFQ stage, so every bidder prices the same test.
The machine failed the FAT — what happens now?
If the contract is written properly: the manufacturer fixes the issue and the test repeats at their cost, and the milestone payment tied to the test does not move. The failed items are documented in a punch list with deadlines. A failure caught at the factory is the process working — the same failure discovered on your site, after final payment, is a crisis with no leverage left.
How should the FAT be linked to the payment schedule?
Tie a meaningful payment milestone — typically 20–40% — to a passed FAT, not to a date. The sequence that protects you: deposit on contract signature, payment on witnessed and passed FAT, balance after commissioning on your site. If payments run on calendar dates while the test runs on results, the money is gone before the leverage arrives.
The manufacturer says a FAT is not necessary and we should trust their quality — is that normal?
It is a red flag, not a norm. Serious manufacturers run factory tests as standard practice and use them to protect themselves too. A refusal usually means the test was never priced into the offer, the factory has no test capacity, or the equipment is being subcontracted to someone you have never seen. Treat resistance to a witnessed test as a reason to slow down, not to concede.
Do I need to attend the FAT in person, or is a video call enough?
For equipment above roughly US$250,000, attend in person or send someone who represents you. A video call shows you what the manufacturer chooses to show; being there lets you pick which machine settings, raw materials and shifts to test. If travel is impossible, commission an independent third-party inspector with a written test protocol — but do not let the manufacturer be the only witness to their own test.
What should the FAT cover besides output speed?
Four areas buyers forget: safety functions (emergency stops, guards, interlocks), quality of output under real production materials — not the manufacturer's ideal test material, changeover and cleaning time if you run multiple products, and documentation (manuals, drawings, spare parts lists, certificates) delivered in your language. Speed alone passing means very little.
Can I require the FAT to run with my actual raw materials?
Yes, and you should — a machine that performs on the manufacturer's test material may fail on yours. Arrange to ship representative production material to the factory before the test, and write it into the test protocol. This is standard practice for process equipment; a manufacturer who refuses to test with your material is telling you something.
What should I receive in writing after the FAT?
A signed test report covering every criterion: measured values against each threshold, the punch list of open items with correction deadlines, photos or video of the test runs, and the serial numbers of the exact machines tested. This document is what your final payment, shipping release and later warranty claims rest on — no report, no payment milestone.
The machine passed the FAT — why do I still need a site acceptance test?
Because the factory is not your site. The FAT proves the machine works in the manufacturer's conditions; the SAT proves it works in yours — your utilities, your operators, your materials, integrated with your other equipment. Shipping, installation and reassembly can all change performance. Keep a final payment milestone for the SAT, or the FAT pass is where your leverage ends.
Who pays for the factory acceptance test?
The test itself — running the machine, factory time, basic materials — is the manufacturer's cost and should be priced into the equipment. Your costs are travel or the third-party inspector. If the FAT was never in the RFQ scope, expect it to appear later as a surprise line item; that is one more reason the test protocol belongs in the original RFQ.
The machine has failed the FAT twice — when do I walk away?
The contract should answer this before it happens: a defined number of retests or a correction deadline, after which you can cancel with the deposit returned. Without that clause, a failing manufacturer can hold your deposit in an endless fix-and-retest loop. Two failures on the same criterion is the point to invoke the exit clause, not to extend goodwill.
Supplier verification
Focused page →What is supplier verification in industrial procurement?
Supplier verification is the structured check that a manufacturer is real, capable and reliable before any money moves: legal registration and operating history, genuine production facilities, installed references for similar equipment, export experience, financial stability and after-sales capacity. It answers one question: can this company actually build and support what it is quoting?
How do you check that an overseas manufacturer is real and not a trading company?
Cross-check the business registration against the factory address, request a live video walkthrough of the production floor (not a showroom), ask for serial numbers and contacts of installed reference lines, and verify export records where available. Trading companies are not automatically bad — but the buyer must know who actually builds the machine and who carries the warranty.
What are the red flags when evaluating an equipment supplier?
Recurring red flags: prices far below every other offer; pressure to pay a large deposit quickly; no verifiable installed references; a 'factory' address that is an office or residence; reluctance to allow a video call or third-party audit; bank account in a different name or country than the company; and quotations with vague scope that leave room for later extras.
Which supplier references actually matter?
References for equipment similar to yours, installed within the last few years, in a comparable production environment. Ask for the reference site's contact and call them directly: did the line reach contracted capacity, how was commissioning, how does after-sales support perform a year later. A list of logos without contacts is marketing, not evidence.
Is a third-party factory audit worth the cost?
For equipment above roughly US$250,000, almost always yes. An independent audit costs a fraction of one percent of the project and verifies production capability, quality systems and the real condition of the facility. It is far cheaper than discovering after the deposit that the 'manufacturer' subcontracts everything to a workshop you have never seen.
How do you verify a supplier's after-sales support before buying?
Ask where spare parts are stocked, typical response times to your region, whether technicians speak your language, and how warranty claims were handled for named reference customers. Check whether support is direct or through a local agent — and if through an agent, verify that agent exists and is contracted. After-sales promises are easy to write and expensive to keep.
Are marketplace verification badges enough to trust a supplier?
No. Badges typically confirm that a company exists and paid for a membership tier — not that it can build your line. For capital equipment, verification must go deeper: references, audits, export history and a structured evaluation. A badge can be one input; it is never the decision.
How do you protect a deposit paid to an overseas manufacturer?
Verify the company before paying anything; pay only to a bank account in the manufacturer's registered name and country; tie every payment to a documented milestone (contract, passed FAT, shipment, site acceptance); and keep a retention until final acceptance. Where the amounts justify it, escrow arrangements or letters of credit add a further layer.
Supplier management
Focused page →What is supplier management in industrial procurement?
Supplier management is everything that happens after a supplier is selected: onboarding, performance measurement, quality issue handling, audits, contract and spare parts follow-up, and the decision to keep, develop or replace the supplier. It differs from supplier selection — qualification and sourcing decide who enters; management decides whether they stay.
How do you qualify a new equipment supplier before awarding a contract?
Verify the company legally exists and owns its production, check capacity against your project's schedule, review references from comparable projects, and confirm the quality system (e.g. ISO 9001) with a certificate that actually matches the entity quoting. For significant projects, add a factory audit or an independent inspection before any deposit. Global B2B Group runs this verification through human review before any introduction is made.
What should a supplier performance scorecard measure?
A handful of measurable metrics beat a long subjective list: on-time delivery against the agreed dates, quality measured in defects or rejection rate against specification, responsiveness in hours to technical queries, and adherence to commercial terms — documentation, warranty handling and spare parts lead times. Review it on a fixed cadence and share the results with the supplier; a scorecard the supplier never sees cannot change behaviour.
How often should supplier audits be repeated?
For critical equipment suppliers, every one to two years is a common baseline — more often after a serious quality escape, a change of ownership, a site move or a major capacity ramp-up. An audit after an incident should verify the corrective actions, not just repeat the checklist. Remote audits are acceptable for routine reviews; the first audit of a new critical supplier should be on site or independently witnessed.
How should repeated supplier quality issues be handled?
Move from tolerance to structure: formal corrective-action requests with root cause, not just rework; a quantified trend from the scorecard so the pattern is undeniable; a hold on new orders until the fix is demonstrated; and a defined escalation path in the contract. If root causes keep repeating despite structured escalation, the supplier is telling you their process cannot hold your specification — plan the replacement rather than absorb the risk.
What after-sales and spare parts obligations should be agreed with a supplier?
In the contract, before the award: a spares list with prices valid for a defined period (typically 5+ years), guaranteed response times for technical support, warranty terms with clear exclusions, and the format of documentation — manuals, drawings, PLC code ownership. Machines routinely outlive the supplier's goodwill; only written obligations survive that. Buying a line without guaranteed spares availability creates a dependency the supplier can price against you later.
Should critical equipment be sourced from a single supplier or several?
Single sourcing a production line usually makes technical sense — one control system, one integration responsibility, one warranty. But keep competition alive at the commercial layer: benchmark prices periodically, qualify at least one alternative for the most critical components, and never let spare parts have a single uncontracted source. The risk to manage is dependency, not the number of suppliers.
When should a supplier be replaced?
When the scorecard trend is negative across two or more review cycles despite structured corrective actions; when commercial terms silently degrade (longer spares lead times, slower responses); or when the supplier's process demonstrably cannot meet the specification. Replacement has a cost, so time it at a project boundary — before the next order, not mid-contract — and use the structured RFQ process to run a fair comparison.
Buying equipment: real buyer questions
Focused page →A supplier's quote is 40% cheaper than the others — is it a deal or a trap?
Usually a scope difference, not a deal. Check what is excluded: installation, commissioning, spare parts, warranty length, steel grade, motor brand, control system. A quote far below a verified shortlist almost always means a thinner specification or a trading company posing as the manufacturer. Normalise every offer to the same scope before comparing prices — if it is still cheapest after that, ask why in writing.
Should I pay a 30% deposit to an overseas manufacturer I have never visited?
Not before verification. Confirm the company legally exists, that the factory address is a real production site (not a trading office), that bank account details match the company name exactly, and that references from past buyers check out. Tie the deposit to a signed contract with measurable milestones, and structure later payments against inspection and the factory acceptance test — never against dates alone.
What specifications do I need ready before asking manufacturers for a quote?
Enough for every manufacturer to price the same thing: required output and capacity, product characteristics, materials and applicable standards, utilities available on site (power, water, compressed air), the scope you expect (delivery, installation, commissioning, training, spares), delivery terms and acceptance criteria. If you cannot write this yet, you are at the requirements stage — an RFQ sent now will return quotes you cannot compare.
How can I tell if I am talking to a real manufacturer or a trading company?
Ask for the factory address and a video call from the production floor, business registration showing manufacturing scope, and references you can contact independently. Trading companies are not automatically bad — some add real value — but you should know which one you are dealing with, because warranty, spare parts and engineering support all flow from whoever actually builds the machine.
Is flying to visit the factory worth it before signing?
For equipment above roughly US$250,000, almost always yes. One visit answers questions no document can: real production capacity, build quality of machines in progress, how the factory treats its own workers, and whether the people you negotiated with actually work there. If travel is impossible, commission an independent third-party inspection instead — but do not skip the verification step entirely.
What payment terms should I ask for when buying production equipment?
A structure tied to verified milestones, not calendar dates: a deposit on contract signature, a payment against the factory acceptance test you witness or commission, and a final balance after commissioning on your site. Avoid 100% upfront at any price, and be cautious of deposits above 30–40%. Letters of credit add cost but protect both sides on first transactions with a new manufacturer.
What warranty should I realistically expect on industrial machinery?
Twelve months from commissioning is the common baseline; strong manufacturers offer more on core components. What matters more than the number is the mechanism: who pays for the engineer's travel, how fast spare parts ship, and whether support is remote or on-site. A 24-month warranty with no local service presence can be worth less than 12 months with a regional technician.
Should I order spare parts together with the machine?
Yes — a recommended two-year spare parts package should be part of the RFQ, priced line by line. Wear parts sourced later from overseas cost more, arrive slower, and can stop a production line for weeks. Also confirm which components are standard market items (motors, bearings, PLC brands) that you can source locally, and which are proprietary to the manufacturer.
The manufacturer promises delivery in 60 days — should I believe it?
Treat quoted lead times as best case. Ask what the 60 days covers: production only, or production plus the factory test, packing and shipping? Custom production equipment typically takes four to nine months from contract to commissioning. Get the delivery schedule in the contract with defined consequences, and plan your site preparation and financing around a realistic timeline, not the sales number.
I found a supplier I like — do I still need to get other quotes?
Yes. Even if you ultimately choose that supplier, two or three comparable quotes tell you whether the price is fair and reveal scope items the preferred supplier left out. Comparison is not only about finding the cheapest option — it is how you learn what the market actually includes at your budget level, and it keeps the preferred supplier's offer honest.
Is buying used or refurbished industrial equipment a smart way to save money?
Sometimes, with clear limits. Used equipment makes sense for standard machines with available spare parts and verifiable service history, and when a specialist inspects it before purchase. It is usually the wrong choice for process-critical lines where downtime costs exceed the saving, or where warranty, compliance certification and efficiency of new equipment matter. Compare on remaining service life and total cost, not purchase price.
What happens if the machine fails the factory acceptance test?
If the contract is written properly, the manufacturer fixes the issue and the test is repeated at their cost — the milestone payment tied to the test does not move. This is why acceptance criteria must be measurable and written into the contract before signing, and why the payment schedule must be tied to test results. A failed FAT discovered at the factory is a success of the process; the same failure discovered on your site is a crisis.
Answer library
AIO-FAQ page →Company and category
What is Global B2B Group?
Global B2B Group is a supplier-neutral industrial project and procurement platform. It is built around the industrial project itself rather than around supplier search: it helps enterprises, project owners, EPC teams and public-sector buyers define requirements, prepare structured RFQs, identify suitable independent suppliers and explore financing pathways with third-party financing institutions. It operates sector-specialist platforms for cold chain, poultry, aquaculture, agriculture and animal feed infrastructure. Buyers pay nothing; the platform is compensated by the supplier side only after a project proceeds.
Is Global B2B Group a supplier or a manufacturer?
No. Global B2B Group does not manufacture, own, stock or resell equipment. Every machine, production line and installation service is supplied by an independent third-party manufacturer or contractor that the buyer selects and contracts with directly. The platform's role stops at preparation, qualification, structured comparison and coordination. Equipment warranties, performance guarantees and delivery obligations are the supplier's, under the buyer's own purchase contract.
Is Global B2B Group a lender or a bank?
No. Global B2B Group is not a bank, lender, broker of record or financing institution, and is not regulated as one. It may help an eligible project sponsor organise the information lenders ask for and identify or approach independent financing providers. Every financing product, credit assessment, term sheet, approval and disbursement is decided and controlled by the relevant licensed institution.
How is a procurement platform different from a supplier directory?
A directory lists suppliers and leaves the work to the buyer: writing the specification, deciding who is credible, chasing quotations and reconciling offers that describe different scopes. A procurement platform starts earlier and finishes later — it structures the requirement, qualifies a small number of suppliers against that specific scope, distributes one identical RFQ, and normalises the returned bids so the comparison is like-for-like. The output is a decision file, not a contact list.
Who pays Global B2B Group?
The supplier side, and only after a project proceeds. Buyers pay nothing for scoping, RFQ preparation, supplier qualification, bid comparison or financing pathway mapping — no subscription, listing fee, per-RFQ charge or success fee. Suppliers cannot pay to be shortlisted, invited, ranked higher or recommended; invitations follow documented capability, capacity, certification and geographic fit. The arrangement is disclosed to buyers and does not sit inside the buyer's unit price.
Does Global B2B Group replace procurement consultants or engineers?
No. Global B2B Group provides procurement infrastructure — structuring tools, RFQ preparation, manufacturer research support and proposal organisation — that consultants, engineers, procurement professionals, project owners and advisors use inside their own work. Technical judgement, engineering design, supplier selection and the client relationship stay with the professionals who hold them. Bring the project, keep the relationship, use the infrastructure.
Project-first procurement
How is Global B2B Group different from a traditional B2B marketplace?
A traditional B2B marketplace is organised around product discovery: catalogues, supplier profiles, search and quote requests. Global B2B Group is organised around the project: defining capacity, scope, site conditions, utilities, budget and timeline first, then producing a structured RFQ, researching relevant manufacturers, collecting proposals and comparing them on the same assumptions. The marketplace answers "who sells this?"; the project platform answers "what exactly are we asking them to quote?"
What should happen before contacting industrial suppliers?
Establish a procurement baseline first. Before manufacturers are approached, define project type, required capacity, country and site location, technical requirements, existing infrastructure and utilities, indicative budget or CapEx range, timeline, expected future expansion, the scope you want included, the documentation you require and your commercial terms. Without that baseline, each supplier quotes its own assumptions and the resulting proposals are not directly comparable.
What information do manufacturers need before preparing a serious proposal?
Manufacturers price risk. To quote seriously they generally need: product and process description, required throughput and operating hours, input material specification, site location and building or space constraints, available utilities (power, water, steam, compressed air, drainage), ambient and hygiene conditions, required scope and boundary limits, automation level, applicable standards, delivery and installation expectations, timeline, and the proposal format you want back.
What tools can buyers use to structure an industrial project?
Global B2B Group publishes free, no-login project tools: the RFQ Builder for structuring a request, the RFQ readiness score for checking whether a request is complete enough to send, CapEx, ROI, payback and total-cost calculators, a should-cost calculator, a supplier-scoring and proposal-comparison framework, and financing-readiness tools such as the eligibility checker and DSCR calculator. Each states its inputs, its output and its limits.
Can industrial consultants use Global B2B Group for client projects?
Yes. Consultants, engineering advisers, EPC teams and project developers use the platform as procurement infrastructure behind their own client work: bring the project, keep the client relationship, use the tools. The platform structures requirements, prepares RFQ documentation, supports manufacturer research and organises proposals; the consultant keeps advisory authority, technical judgement and the client contract.
How does project financing readiness fit into industrial procurement?
Financing readiness means the project information a financing institution needs is organised before it is requested: defined scope and CapEx, supplier quotations, timeline, sponsor and company information, projections and the assumptions behind them. Global B2B Group helps structure and organise that information and can introduce relevant projects to external financing partners. It is not a lender, bank or credit provider.
Why should complex industrial procurement start with the project instead of supplier search?
Because the quality of supplier proposals is determined by the quality of the request. When capacity, scope, utilities, standards and commercial terms are defined first, competing manufacturers quote the same project and differences in price reflect real differences in value. When they are not defined, proposals differ in assumption, comparison becomes guesswork, and scope gaps surface later as variation orders, delayed commissioning or unbudgeted CapEx.
What is a URS (user requirement specification) and do I need one?
A URS is the buyer's own statement of what the equipment or line must do: product, capacity, quality standard, utilities, site limits, automation level and acceptance criteria — written before suppliers are approached. It is the document the RFQ is built from and the document acceptance is later tested against. Without it, suppliers define the requirement for you, each differently, and bids cannot be compared.
I need to build an industrial project. Where do I start?
Start with the project definition, not with supplier search. Write down the output or capacity you need, the product and process, the site and building constraints, the utilities available on site, the automation level you can operate and maintain, the standards you must meet, your timeline and an indicative budget range. Only then run the numbers, structure an RFQ around that definition, research manufacturers and request proposals against the same document.
Procurement and RFQ
How do I prepare an industrial RFQ?
Start from the output, not the machine. Define the product and its variants, the required throughput and operating hours, the input material specification, the quality and hygiene standards that apply, the site envelope and utilities available, and the acceptance criteria you will test at FAT and SAT. Then state commercial terms identically for everyone: incoterm, currency, payment milestones, delivery window, spares, training and warranty. Send one identical document to every invited supplier.
What information should a machinery RFQ contain?
At minimum: product and packaging formats; required capacity per hour and per shift; expected operating pattern; input material specification and variability; utilities available at site (power, water, steam, compressed air, effluent); ambient and site constraints; applicable standards and certifications; automation and integration expectations; spares, training and service scope; documentation language; delivery incoterm and destination; payment milestones tied to FAT and SAT; warranty duration; and the evaluation criteria you will score against.
How should technical bids be compared?
Score against criteria fixed before the bids arrive, not after. Build a matrix with weighted criteria — capacity at the stated efficiency, proven references for the same product, component brands and their local service availability, automation and integration, hygiene and safety design, utility consumption per unit of output, spares availability, documentation and training. Score each supplier on each criterion with a written justification, and record any gap as a clarification question rather than an assumption.
How should commercial bids be normalised?
Convert every offer to the same delivered basis before comparing. Restate all bids in one currency at one stated rate and date, on one incoterm at the same destination, with the same scope of spares, installation days, commissioning, training and documentation. Add the cost of anything a supplier excluded but the project still needs, and add lifecycle items — energy and utility consumption, consumables, planned maintenance and expected spares over the evaluation period.
How are international equipment suppliers evaluated before being invited?
Per project, against the specific scope — not once, globally. The checks are documentary: legal existence and ownership, years building this equipment type, references for comparable output and product, manufacturing capacity and current lead time, in-house versus outsourced fabrication, quality and certification evidence, aftersales presence or partner in the destination region, spare-part policy, and financial capacity proportionate to the contract and its payment profile.
How can an EPC or public-sector buyer run a documented tender?
Fix the sequence and record every step. Publish one specification, one identical question-and-answer round shared with all bidders, one submission deadline, and one scoring matrix with weights set in advance. Record who scored what and why, disclose any prior commercial relationship between an evaluator and a bidder before scoring starts, and keep clarifications in writing. The result is an award defensible to an auditor, a board or a funding institution.
How long does an industrial RFQ process take?
For a defined production line, expect four to ten weeks from issuing the RFQ to a comparable set of proposals: one to two weeks for suppliers to ask clarifications, two to four weeks for serious proposals, and one to three weeks for normalisation and technical comparison. Custom or multi-package projects take longer. The largest delays come from an incomplete RFQ — every clarification round resets supplier timelines.
Which utilities must be defined before an industrial RFQ is issued?
Define every utility the equipment will consume or reject: electrical supply (voltage, phases, frequency, available capacity), water (quality, pressure, flow, drainage), thermal energy (steam, gas, hot water, fuel type), compressed air (pressure, flow, quality class), cooling and refrigeration, ventilation and extraction, and effluent handling. State what already exists on site and what the supplier is expected to provide.
Why are industrial supplier quotations so difficult to compare?
Industrial supplier quotations often cannot be compared directly because suppliers may include different equipment, utilities, installation scopes, automation levels, spare packages and service commitments. Normalising scope before comparing price reduces the risk of selecting a proposal that appears cheaper only because important items are excluded. Two quotes are not comparable until the scope is normalised.
What is the difference between a manufacturer, a distributor and an agent?
A manufacturer designs and builds the equipment and carries the technical and warranty responsibility. A distributor or dealer resells another company's equipment in a territory, often adding local installation and service. An agent represents a manufacturer commercially without taking title. All three can be legitimate counterparties; what matters is knowing which one you are dealing with, who holds warranty responsibility and who performs service.
How do I find manufacturers for an industrial project?
Let the project requirement drive the search, not the other way round. Start from the defined capacity, process and standards, then identify manufacturers that build this equipment class at this scale: trade associations and industry bodies, sector trade fairs, technical literature and standards references, reference installations of comparable size, and regional engineering networks. Qualify each candidate against the requirement before requesting a price.
What documentation should be requested from a manufacturer before ordering?
Request the technical data sheet and general arrangement drawing, utility and consumption data at a stated operating point, the equipment and exclusion list, applicable standards and certificates (for example CE, UL or hygienic design where relevant), reference installations of comparable capacity, the proposed project and delivery schedule, the installation and commissioning plan, the spare parts list with prices, warranty and service terms, and the documentation package handed over at acceptance.
Machinery and production lines
Turnkey production line or separate machines from different suppliers?
A single turnkey supplier gives one interface, one performance guarantee across the line and one party responsible when throughput falls short — usually at a higher price and with less freedom on individual machines. Buying machines separately can lower capital cost and let you pick the best unit at each stage, but integration, timing and combined performance become the buyer's responsibility. Split scope suits experienced in-house engineering teams; single scope suits first plants and lenders.
New or used industrial machinery?
Used equipment can cut capital cost substantially and shorten lead time, and it suits proven, mechanically simple, non-hygiene-critical stages. It carries real costs: no manufacturer warranty, uncertain spare availability, no performance guarantee, refurbishment and transport, control systems that may be obsolete, and difficulty financing. New equipment costs more up front and takes longer to build, but is financeable, warranted, documented, compliant to current standards and supportable for a decade.
What production capacity should be specified?
Size on realistic saleable output, not on the peak the machine can theoretically hit. Take the demand you can genuinely sell, divide by the operating hours you will actually run, and divide again by realistic overall equipment effectiveness rather than nameplate rate. Add planned changeovers, cleaning and maintenance windows. Then check whether the next capacity step up is cheap enough to be worth buying now, or whether the line can be extended later.
I need a custom industrial machine — who can design and build it?
Special-purpose machinery is built by specialised machine builders rather than catalogue equipment vendors, and the right builder depends on the process, not the industry. Start from a written functional specification: what the machine must do, at what rate, on which product variants, to which tolerance, with which utilities, interfaces and safety standard. With that document, several capable builders can quote the same scope and be compared. Global B2B Group prepares that specification and runs the comparison; it does not design or manufacture machines.
I want to automate an existing manual process — where do I start?
Start with the process data, not with a machine type. Record the current cycle time, labour per shift, reject rate, product variants and changeover frequency, then decide which single step limits output. Only then does it become clear whether the answer is a robot cell, a dedicated special-purpose machine, machine vision inspection, or better material handling around the existing equipment. Automation payback is driven by variant count and changeover discipline far more than by robot price.
Retrofit the existing line or replace it?
Retrofit when the mechanical base is sound and the constraint is controls, safety compliance, speed of one station or data capture; it costs less, keeps the footprint and can often be done in planned shutdowns. Replace when the bottleneck is the machine architecture itself, when hygiene, safety or product format requirements have changed, or when spares and control platforms are obsolete. Compare on cost per unit produced over the remaining useful life, not on purchase price.
How is a packaging or filling line specified and sourced?
Specify the product and the pack before the machine: viscosity or particle size, fill volumes and tolerance, container types and materials, closure, labelling, date coding, case and pallet pattern, target packs per minute and hygiene or regulatory regime. These determine filler technology, changeover time and where accumulation is needed. Packaging lines are usually bought as several packages — filler, capper, labeller, case packer, palletiser — so integration responsibility and line efficiency targets must be assigned explicitly in the contract.
How is a multi-supplier factory equipment project coordinated?
Split the plant into packages that have clean physical and functional interfaces, then fix one interface document that every supplier signs: mechanical connection points, utilities, control signals, communication protocol, safety circuit boundaries and who commissions across the boundary. Sequence deliveries against a single site programme and hold retention against integrated performance, not against individual machine acceptance. Unassigned interfaces, not equipment quality, cause most delays on multi-supplier projects.
How do I get three machinery suppliers compared on the same basis?
Issue one identical scope to all bidders and forbid alternative scopes except as clearly marked options. Then normalise: strip out differing inclusions (installation, spares, training, freight, duties, commissioning), restate every quote on the same Incoterm and currency, and score technical fit, capacity evidence, references on the same product, lead time, service coverage and lifecycle cost separately from price. A quote that is cheapest before normalisation is frequently not cheapest after it.
How should different automation levels be compared between suppliers?
Define the automation level you require before comparing: manual, semi-automatic or automatic operation, the control platform and its brand, the level of line integration, recipe and batch management, data capture and reporting, remote diagnostics, and the operator skill assumed. Ask each supplier to state its automation scope against that definition rather than describing it in its own terms.
Project cost, CapEx and total cost of ownership
How much does an industrial production line cost?
There is no honest single number: cost is driven by capacity, automation level, hygiene standard, product variants and destination. Equipment is typically only 55–75% of total project investment — installation, utilities, civil works, freight, duties and contingency make up the rest. The reliable way to a budget is a structured RFQ quoted by several suppliers against the same scope, not a catalogue price.
What is the difference between CapEx and OpEx in an industrial project?
CapEx is the one-time investment to acquire and install the asset: equipment, freight, installation, civil works and commissioning. OpEx is the recurring cost of running it: energy, labour, maintenance, consumables and spares. Decisions made only on CapEx routinely pick the more expensive option — a cheaper machine with higher energy and maintenance consumption can cost more over five to ten years than the efficient one.
What is total cost of ownership (TCO) for industrial equipment?
TCO is every cost the equipment creates over its working life: purchase price, freight and installation, energy and utilities per unit of output, consumables, planned and unplanned maintenance, spare parts, operator labour, downtime and eventual disposal. Comparing suppliers on TCO rather than purchase price frequently reverses the ranking — utility consumption and spares policy alone can exceed the price gap between two machines.
What does the CapEx of an industrial project include beyond the equipment price?
Initial project investment normally includes more than the machine quotation: freight and insurance, import duties, civil works and foundations, utility connections, installation, commissioning and trials, training, first-fill spare parts, engineering and design fees, and a contingency allowance. Budgets built on the equipment quotation alone routinely understate the installed cost of the project.
What is total cost of ownership for industrial equipment?
Total cost of ownership is the sum of what the asset costs across its operating life: initial CapEx plus energy, maintenance, consumables, labour, downtime, spare parts, service contracts and replacement cycles for wear components. On continuously running lines, operating cost over several years frequently exceeds the purchase price, so comparing purchase price alone can point to the wrong decision.
How many suppliers should be contacted for an industrial project?
For most capital equipment projects a shortlist of roughly three to six qualified manufacturers gives enough commercial and technical spread to judge an offer without producing a volume of non-comparable documents nobody can evaluate. What matters more than the count is that every manufacturer answers the same RFQ, so the differences that appear are real differences in scope, not differences in interpretation.
How should energy consumption be compared between equipment proposals?
Compare specific consumption per unit of output — kWh per tonne, m³ of gas per tonne, litres of water per unit — at a stated operating point, not installed motor power. Ask each supplier for the assumed throughput, product, ambient conditions and duty cycle behind its figure, then apply your own local energy tariffs over the expected operating hours to convert consumption into annual cost.
Is the lowest equipment price the lowest project cost?
Not necessarily. The lowest equipment purchase price is not necessarily the lowest project cost. The delivered cost of a project can include purchase price, freight and duties, installation, energy, labour, maintenance, consumables, spare parts, downtime and service over the operating life. A proposal can be cheaper at order and more expensive over five to ten years, particularly where installation scope, energy consumption or proprietary spare parts differ.
Project financing
Can industrial equipment be financed?
Often, yes — through equipment leasing or hire purchase, bank term loans secured on the asset, export-credit-backed buyer or supplier credit where the equipment origin qualifies, development-finance-institution facilities for eligible sectors and countries, or vendor finance offered by the manufacturer. Which structures are realistic depends on the project's size, the sponsor's balance sheet and track record, the destination country, and where the equipment is manufactured.
What is export-credit-agency (ECA) financing?
An export credit agency is a state-backed body that insures or guarantees a lender against non-payment when a buyer in one country purchases equipment from an exporter in the agency's country. The buyer borrows from a commercial bank; the ECA covers most of the political and commercial risk, which typically allows longer tenors and lower margins than an unsupported loan. Eligibility hinges on the equipment's country of origin and local-content rules.
What documents do lenders usually ask for?
Expect: corporate and ownership documents for the borrowing entity; two to three years of audited financial statements where they exist; a business plan with a financial model and stated assumptions; the equipment specification and supplier quotations; a total project cost breakdown including civil works, logistics, duties, installation and working capital; the sponsor's equity contribution and its source; offtake or market evidence; site tenure or permits; and an environmental and social assessment where the sector or lender requires it.
What makes an industrial project bankable?
Bankability is evidence, not optimism. Lenders look for a defined sponsor with capital at risk, a market case supported by contracts or credible demand data, technology and suppliers with a delivery track record, a cost estimate built from actual quotations rather than percentages, realistic ramp-up assumptions, a debt service profile that survives sensible stress cases, secured site and permits, and a management team that has run comparable operations.
Can procurement and financing preparation run in parallel?
Yes, and usually they should. Lenders need firm equipment costs, so financing cannot be finalised before procurement produces real quotations — while procurement decisions such as equipment origin, payment milestones and incoterm directly determine which financing structures stay available. Running them in sequence typically adds months and can eliminate export-credit routes. Run the RFQ and the lender document pack together, and keep award conditional on financing where necessary.
Delivery, FAT, SAT and commissioning
What is a Factory Acceptance Test (FAT) and why does it matter?
A FAT is a witnessed test of the assembled equipment at the manufacturer's works before shipment, run against the acceptance criteria written into the contract: throughput, quality, safety functions and documentation. It matters because problems found at the factory cost days; the same problems found after installation on your site cost months. Payment milestones should be tied to a passed FAT, never to shipment alone.
What happens during installation, commissioning and ramp-up?
After delivery, the supplier or its agent installs the equipment, connects utilities, then commissions it: dry runs, product runs, and a Site Acceptance Test (SAT) against the contracted performance at your site. Ramp-up to full rated output typically takes weeks to months as operators learn the line and settings are tuned. Contracts should state who pays for supplier technicians, how long commissioning support lasts, and what performance level ends the supplier's obligation.
How do FAT, SAT and commissioning fit together?
Factory acceptance testing (FAT) proves the equipment meets the contracted specification at the supplier's works before shipment, usually with the buyer present, against a test protocol agreed in advance. Site acceptance testing (SAT) repeats the proof after installation, on real inputs, in real site conditions. Commissioning then ramps the line to its contracted rate and quality. Payment milestones should be tied to these gates, not to shipping dates.
How long does an industrial machinery project take?
Plan the whole chain, not just manufacturing. A typical sequence runs: specification and RFQ preparation, supplier responses and clarifications, evaluation and award, detailed design approval, manufacturing, FAT, shipping and customs clearance, site preparation running in parallel, installation, SAT, and ramp-up to contracted output. Custom and integrated lines take materially longer than catalogue machines, and site readiness — not the factory — is a frequent cause of delay.
What should the installation scope in an equipment proposal include?
An installation scope should state who unloads and positions the equipment, who provides rigging, foundations and anchoring, who supplies and connects utilities up to which boundary point, who provides interconnecting piping, cabling, platforms and guarding, how many supervisor or technician days are included, whose labour performs the mechanical and electrical work, and what travel, accommodation, visas and site insurance are covered.
What should commissioning and acceptance include?
Commissioning should define dry and wet testing, the performance criteria to be demonstrated (throughput, yield, product quality, energy or consumption figures), the input material used for the test, the duration of the performance run, who provides raw material and utilities during testing, the operator and maintenance training included, the documentation handed over, and the conditions under which the acceptance certificate is signed.
How should spare parts be evaluated in an equipment proposal?
Ask each supplier for a recommended commissioning spares list, a two-year wear-parts list with quantities and unit prices, lead times for each item, which parts are proprietary versus standard catalogue components, and whether parts can be sourced locally. Compare the priced list, not the sentence "spare parts available".
How should an industrial equipment warranty be evaluated?
Read the warranty as scope, not as a duration. Check what starts the clock (shipment, installation or acceptance), the covered period in months or operating hours, what is covered (parts only, parts and labour, travel), the exclusions (wear parts, consumables, misuse, third-party integration), the response and repair commitments, whether remote support is included, and what happens to warranty if local technicians perform maintenance.
Countries and cross-border sourcing
Which Incoterm should I choose when importing industrial equipment?
For capital equipment, FCA or FOB from the export port is the common baseline: the supplier handles export formalities, you control main freight and insurance and can compare bids on the same point of handover. EXW pushes export risk onto the buyer; CIF/CFR hide freight margins and leave insurance minimal; DDP is rarely realistic for large machinery. Whatever you choose, state one identical Incoterm and destination in the RFQ so every bid is comparable.
How do I verify an overseas manufacturer before paying a deposit?
Verify before money moves: confirm legal registration and ownership, check export history and references for comparable machines, ask for video of the actual factory (not a showroom), commission an independent third-party factory audit for significant contracts, and structure payment so the deposit is the smallest exposed amount — with later milestones tied to a passed FAT and shipping documents, not to dates.
Should equipment be imported or bought locally?
Compare on landed and lifecycle cost, not ex-works price. Imported equipment may offer better technology, references and financing eligibility, but adds freight, insurance, duties, clearance, longer lead time, currency exposure and dependence on remote service. Local or regional supply shortens lead time, simplifies service and spares, and removes currency risk, but may narrow technology choice. For hygiene-critical or high-automation stages, service response time often outweighs the purchase price difference.
How should a buyer assess landed cost?
Take the ex-works equipment price and add: export packing, inland transport to port, ocean or air freight, insurance, destination port charges, customs duty and import taxes, clearance and brokerage, inland transport to site, unloading and rigging, installation, commissioning and supervision days, travel and accommodation for supplier engineers, training, initial spares, and any bank charges or letter-of-credit fees. Then apply the currency assumption you have actually hedged or budgeted.
How is procurement risk managed on a cross-border purchase?
Through contract structure rather than trust. Tie payments to verified milestones — advance, design approval, FAT, delivery, SAT — instead of calendar dates. Use a letter of credit or bank guarantee for the advance where the supplier is unfamiliar. Agree the incoterm, governing law and dispute forum explicitly. Require documented performance criteria with remedies, spare-part pricing fixed for a stated period, and a named service partner or response commitment in the destination region.
Global B2B Group is a human-reviewed procurement channel — not a manufacturer, EPC contractor, lender or open marketplace. Answers are general guidance; every project is reviewed by our team before any supplier introduction.