Parent platform · Integrated projects
Complete & Turnkey Production Lines
Buyer-side sourcing for complete lines, turnkey plants, multi-supplier equipment packages and special-purpose machinery — scope definition, qualified manufacturers, comparable quotations and financing pathways.
How do I source a complete production line?
A complete production line is sourced in six steps: define the product and process, fix the capacity basis (output per hour or per shift at a stated yield), convert that into a single comparable equipment scope covering every process stage plus utilities and interfaces, shortlist manufacturers capable of that scope, issue the identical scope to all of them so quotations can be compared line by line, and screen financing in parallel because equipment origin determines which export-credit and development-finance routes are open. The most common failure is comparing prices for scopes that are not equivalent — one supplier includes installation, commissioning, spares and training, another does not.
The six steps, in order
1. Define the product and the process
Everything downstream depends on this. A line is defined by what enters it, what leaves it, and the process stages in between.
- Input material: form, temperature, moisture, size distribution, variability
- Output product: format, pack size, quality specification, shelf life
- Process stages required, including anything that must be done manually
- Hygiene, food-safety or regulatory standard the line must meet
2. Fix the capacity basis
Capacity quoted without a basis is not comparable. State the unit, the operating hours and the yield assumption together.
- Unit: tonnes/hour, tonnes/day, units/hour, packs/minute, birds/hour
- Shift pattern and planned operating hours per year
- Nominal versus effective capacity, and the yield or efficiency assumed
- Peak season versus average — lines are usually sized for peak
3. Convert the requirement into a comparable equipment scope
This is the single highest-value step, and the one most buyers skip. The scope defines equipment groups, interfaces and battery limits so that every supplier is answering the same question.
- Equipment groups per process stage, with the interface between them defined
- Automation level: manual, semi-automatic, advanced, fully automated
- Utilities: power, water, steam, compressed air, refrigeration, effluent
- Battery limits: what is in the supplier's scope and what is the buyer's
- Installation, commissioning, training, spares and warranty explicitly in or out
4. Shortlist qualified manufacturers
Shortlisting is a technical exercise, not a directory search. Capability for your specific product and capacity matters more than brand familiarity.
- Proven references at comparable capacity and product type
- Ability to supply the full line versus one strong stage only
- Equipment origin — it directly affects which financing routes are available
- Aftersales presence, spare-part lead time and commissioning capacity in your market
5. Compare technical and commercial proposals side by side
Compare the scope first and the price last. A cheaper quotation is usually a smaller scope.
- Scope completeness against your defined equipment groups
- Guaranteed capacity and the conditions attached to the guarantee
- Technology and automation differences that change labour and yield
- Lead time, delivery terms, installation and commissioning responsibility
- Warranty, spares package, training, payment terms and price validity
6. Screen financing in parallel, not after award
Financing structure influences supplier selection, because most export-credit cover is tied to the origin of the equipment.
- Export-credit agency cover linked to equipment origin
- Development and multilateral finance where the project has a development angle
- Commercial term lending and leasing
- Vendor or supplier credit offered directly by the manufacturer
- Buyer contribution, documentation and project-stage requirements
What drives the CAPEX of a production line
Capacity and yield basis
Sizing for peak rather than average output is often the single largest cost decision on the line.
Automation level
Automation shifts cost from operating expenditure to capital expenditure and changes labour and consistency.
Equipment origin
Origin drives price, lead time, aftersales response and which export-credit routes are available.
Utilities and civil works
Power, steam, refrigeration, water treatment and floor works are routinely underestimated at budget stage.
Installation and commissioning
Supervision, erection, hot commissioning, performance testing and operator training.
Freight, duties and contingency
Landed cost plus a contingency proportional to how firm the technical scope actually is.
Cost drivers are directional. Indicative CAPEX class only — final project pricing requires a technical specification and current supplier quotations.
Where to go next
Special-purpose machinery
When the process has no standard catalogue category and a machine must be developed.
OpenIndustrial procurement services
What the buyer-side desk does at each stage of a project.
OpenProject & equipment financing
Export credit, development finance, commercial lending and vendor credit pathways.
OpenRFQ guide & template
How to write an RFQ that produces comparable quotations.
OpenCountry hubs
Market context, project types and financing routes country by country.
OpenProduction line suppliers
Equipment categories, technologies and manufacturer capability by line type.
OpenMulti-supplier coordination
Coordinating equipment from several suppliers
When a line comes from more than one supplier, most problems appear where one supplier's equipment meets the next, not inside the machines themselves. Coordination is therefore a written scope, not a weekly meeting: every interface is listed with its numbers, and every line in that list has one named owner before the RFQ is issued.
Write one interface register
List every point where one supplier's equipment meets another's, or the site's: transfers, cabinets, utility connections, drains, guards and data lines. One document, one numbering, and every supplier quotes from the same list.
Name an owner for every line
Put the owner in the RFQ itself. Each supplier then states what it covers and what it needs from the party on the other side of the interface, instead of both assuming the other will supply it.
Fix the utility schedule before ordering
Power, water, air, steam and refrigeration figures come from the machine suppliers; the buyer's contractor has to deliver them on site. Agree those numbers before orders are placed, not after delivery.
Keep one control narrative
A single document defines how the line starts, stops, slows, faults and clears a jam, and which machine signals what to which. The party that writes it should be the party that proves it works at test.
Test the line, not only the machines
Each machine against its own acceptance criteria at FAT, then the assembled line at rated capacity with the agreed input material at SAT — including the cleaning method and the changeover you actually run.
One party guarantees the line
Capacity, yield and runnability at the stated basis. If no single party holds that guarantee, the buyer becomes the integrator and absorbs every gap between suppliers.
The interface register
Each row below is a place where two suppliers' equipment meets, or where a machine meets the site. Define it in the RFQ and state who owns it, so every quotation says what it covers and what it expects from the party on the other side.
Mechanical
Transfer heights and conveyor centres, speeds and product orientation, buffer space between machines, and who supplies the transfer piece itself
Usually owned by: Downstream machine supplier, or the integrator where one is appointed
Power
Voltage, phase and frequency at each machine, connected and peak load, cabinet and cable routes, isolation points, and how far the site supply runs before the machine's own cabinet begins
Usually owned by: Buyer's electrical contractor up to the machine terminal; the supplier for the machine's own cabinet
Controls
PLC and HMI brand, signals exchanged between machines (start, stop, speed, fault, product present), safety circuits and interlocks, line data, and who writes the overall line sequence
Usually owned by: One named party owns the line sequence and demonstrates it at test
Water
Quality required (potable, softened or reverse osmosis), pressure, temperature and consumption per hour per machine, connection points, drainage falls, and effluent treatment and consent
Usually owned by: Buyer's plant contractor for supply and drainage; the supplier for demand figures
Compressed air, steam & refrigeration
Pressure and dew point, steam pressure and demand, refrigeration duty and flow temperatures, connection points, metering and isolation for each machine
Usually owned by: Buyer's utility contractor, sized on the suppliers' demand figures
Hygiene & safety
Cleaning method (CIP, wash-down or dry), materials in product contact, drainage falls and standing water, guarding, interlocks and emergency stops across the whole line
Usually owned by: Buyer sets the standard; each supplier confirms its own machines and one party checks the seams
Testing & handover
FAT scope per machine, an integrated line test before shipment where possible, SAT and performance-run criteria, spares, documentation and training, and who signs the line off
Usually owned by: One party holds the line performance guarantee and the final sign-off
Check the register at the factory acceptance test (FAT) for each machine and again at the site acceptance test (SAT) for the whole line. If no single party holds the line performance guarantee, the buyer ends up acting as the integrator.
Frequently asked
What is a complete production line?
An integrated set of equipment groups that takes a defined input material through every process stage to a finished, packed product at a stated capacity — including the conveying, controls and utilities that connect the stages. It is different from buying individual machines, because the interfaces and the overall guaranteed capacity are part of the scope.
What information is needed to quote a production line?
At minimum: product and input material specification, target capacity with its unit and shift basis, required process stages, automation level, available utilities, site or building constraints, applicable hygiene or regulatory standard, target timeline, and whether installation, commissioning, training and spares are to be included.
How long does it take to procure a complete line?
Scope definition and quotation typically takes four to ten weeks depending on how well the process is defined. Manufacturing and delivery lead times for a full line commonly run four to twelve months, with installation and commissioning after that. Financed projects add documentation time in parallel, not necessarily afterwards.
Should a production line be bought from one supplier or several?
One supplier simplifies responsibility for the overall capacity guarantee; several suppliers usually give better technology per stage and better pricing, but someone has to own the interfaces. The decision should be made deliberately at scope stage rather than by accident during quotation.
How do you coordinate equipment from several suppliers?
With a written interface register issued as part of the RFQ. Every point where one supplier's equipment meets another's, or the site's, is listed with its numbers: transfer heights, power ratings, water quality and drainage, control signals, cleaning and guarding requirements, and the tests that prove the line runs. Each row names one owner, so no two suppliers assume the other will do it. The register is verified at the factory acceptance test for each machine and again at the site acceptance test for the assembled line, and one party — an integrator, a lead supplier or the buyer — holds the overall line performance guarantee.
What is the difference between equipment procurement and EPC?
Equipment procurement covers specifying, sourcing, comparing and buying the machinery. EPC additionally covers engineering, civil and construction works, and delivery of the facility as a whole under a single contractor's responsibility. Many industrial projects sit between the two: an equipment package with defined installation and commissioning scope.
Can imported production-line equipment be financed?
Often yes, through export-credit agencies in the equipment's country of origin, development finance institutions, commercial lenders or vendor credit. Eligibility depends on the buyer, the project, the country, the equipment origin and the insurer or lender's own criteria. No route can be confirmed before a lender reviews the project.
Does Global B2B Group manufacture or sell the equipment?
No. We work on the buyer's side and are supplier-neutral. We define the technical scope, identify qualified manufacturers, obtain comparable quotations and structure the technical and commercial comparison. The equipment is supplied by the manufacturers you select, and financing is provided by independent lenders.
What a production line can include
A complete line usually combines several machines and suppliers. We help define and coordinate the whole scope — we do not manufacture the equipment.
- Raw material handling
- Processing
- Heating & cooling
- Conveying
- Inspection
- Automation & controls
- Packaging
- Palletizing
- Storage & buffering
- Utilities integration
Enterprise Project Desk
Describe the line you need
Product, capacity and country are enough to start. Early-stage projects are welcome — we will tell you what is still missing rather than turn you away.
Prepare this project before contacting manufacturers
Scope this page helps prepare: Complete production lines and special machinery: processing, converting, filling, bottling, assembly, packaging and end-of-line systems, including capacity expansion of an existing line.
Who it is for: Manufacturers, food and beverage producers, converting and packaging plants, industrial groups, project developers and public entities.
Confirm before manufacturers are contacted: product and capacity, process and equipment scope, site and utilities, automation and quality requirements, budget range and timeline, and which figures are still assumptions.
Next step: Confirm product, capacity per hour and per year, process steps and site utilities — then build the RFQ brief that manufacturers can actually quote against.
- Initial conversation
- Structured requirements
- Project or RFQ brief
- Human review
- Appropriate routing, where justified
Industrial RFQ-readiness checklist
- Product and target market
What is produced, for which market, and the product or formulation specification.
- Capacity, throughput and shifts
Units per hour, per day and per year, shift model, planned growth.
- Inputs and outputs
Raw materials, input variability, packaging formats, output specification.
- Process steps and equipment scope
Process sequence, machine scope, required interfaces to existing lines.
- Automation, quality, traceability, safety
Automation level, control system, quality checks, traceability and safety standards.
- Site, building, utilities, environment
Site status, building dimensions, electricity, water, gas, steam, refrigeration, drainage, environmental limits.
- Installation, commissioning, training, service
Who installs, who commissions, training scope, spare parts and maintenance expectations.
- Budget, financing, contribution, timeline
Budget range, financing need, buyer contribution, required delivery and start-up dates.
- Compliance, approvals, tender constraints
Certification, permits, internal approvals, public-procurement or tender rules where relevant.
- Facts, assumptions and open questions
What is confirmed, what is assumed, what still needs engineering or supplier confirmation.
- Acceptance-test criteria
FAT and SAT scope, measurement method, sample period, tolerances, downtime and out-of-range behaviour.
What information do manufacturers need before reviewing a machinery project?
Product and capacity, process steps and equipment scope, site and utility conditions, automation and quality requirements, installation and commissioning expectations, budget range and timeline, plus a clear separation between confirmed facts and assumptions.
What is the difference between a machinery quote and a project brief?
A quote prices a defined scope. A project brief defines the scope: objective, capacity, process, interfaces, site conditions, acceptance criteria and open questions. Without the brief, quotes are not comparable.
Does Global B2B Group connect buyers directly to manufacturers?
No. Buyers are never automatically connected to a manufacturer or supplier. The Global B2B Group project team review qualifying projects before any appropriate external routing.
What is the minimum project size for human review?
Formal project review, supplier routing and financing-pathway discussion generally start from an expected total project value of USD 250,000. Below that, planning guidance and calculators remain available.
Indicative planning support only. Global B2B Group is not a machinery manufacturer, engineering or EPC contractor, bank, lender, credit provider or pricing authority, and does not guarantee a manufacturer, equipment availability, technical performance, factory acceptance, final price, delivery, installation, financing or project outcome. WhatsApp is a technology-assisted, human-reviewed way to start or continue a project conversation.
Turnkey line scope check
The scope questions that decide whether quotations for a complete line are comparable. Tick what is defined; the open items are what manufacturers will price as assumptions.
Line definition
Interfaces
Performance and acceptance
Delivery
Use the planning guides and calculators first. Quotations gathered at this stage are usually not comparable.
Open items: Nominal and peak capacity per shift are specified; Shift pattern and planned operating hours per year are stated; Expected availability/OEE target is written into the specification; Product variants and changeover times are listed (+12 more).
This is a self-assessment tool for planning only. Answers stay in your browser. A score does not imply a formal project review, supplier routing, quotation or financing discussion; those follow a human review and generally apply to projects from about US$250,000.
Send a structured RFQ
Share the project scope and we register it as a structured RFQ. Every submission is reviewed by a person — no automatic supplier outreach.
Structured RFQ checklist & production-line planner
Enter your capacity assumptions to get an indicative annual output and CAPEX planning band, then confirm the eleven RFQ blocks manufacturers need before they can quote comparably. Each block links to the readiness page and to a real person on WhatsApp.
Inputs
Indicative planning result
- Nominal capacity
- 4.80M units/year
- Effective at 75% OEE
- 3.60M units/year
- CAPEX planning band
- USD 5.04M – 15.12M
- RFQ readiness
- 0% (0/11)
Inputs, assumptions and limitations: the band is derived from your own capacity figures and a broad CAPEX intensity range per project family. It excludes building works, land, duties, working capital and local installation conditions. Indicative planning only — not an engineering design, supplier quotation, performance guarantee or financing approval.
Industrial RFQ readiness — eleven blocks
How do I prepare an RFQ for a custom production line?
Work through the eleven checklist blocks below: product and capacity, inputs and outputs, process and equipment scope, automation and quality, site and utilities, installation and service, budget and timeline, compliance, open assumptions and acceptance-test criteria. Complete blocks make supplier quotations comparable.
How accurate is the planning calculator?
It is an indicative planning estimate derived from your own capacity inputs and a broad CAPEX intensity band per project family. It is not an engineering design, a supplier quotation, a performance guarantee or a financing approval.
What is the minimum project size for human review?
Formal project review, supplier routing and financing-pathway discussion generally start from an expected total project value of USD 250,000. Below that, planning guidance and calculators remain available.
Does Global B2B Group connect buyers directly to manufacturers?
No. Buyers are never automatically connected to a manufacturer or supplier. The Global B2B Group project team review qualifying projects before any appropriate external routing.
Buyers are never automatically connected to a manufacturer or supplier. The Global B2B Group project team review qualifying projects before any appropriate external routing. WhatsApp is a technology-assisted, human-reviewed way to start or continue a project conversation.
The industrial procurement path, stage by stage
Large B2B projects follow the same order regardless of sector or country. Each stage below has one owning page.
- 1. ProblemIdentify the procurement problemCapacity, bottleneck, quality, cost or compliance — named before any supplier search.
- 2. Solution directionMatch the problem to a solution typeUpgrade, retrofit, line extension, new line or a full facility.
- 3. Project typeDefine the project type and delivery modelSingle machine, integrated line or turnkey scope — and who carries integration.
- 4. Technical scopeFix the scope before quotingCapacity basis, process boundary, utilities, standards and acceptance criteria.
- 5. Supplier & procurementQualify suppliers on evidenceReference installations, in-house manufacturing, after-sales reach, FAT/SAT willingness.
- 6. Country & marketCheck the destination marketImport regime, standards, logistics and installation conditions in the project country.
- 7. Financing pathwayReview financing pathwaysLeasing, vendor credit, export credit agency cover, development banks, project finance.
- 8. ROI & TCOCompare on lifecycle costInstalled cost plus energy, labour, spares, downtime and maintenance over the asset life.
- 9. RFQIssue one structured RFQThe same scope, Incoterm and acceptance regime to every supplier, so offers compare.
- 10. Direct answersShort answers to buyer questionsConcise, sourced answers for buyers and answer engines checking the same questions.
Global B2B Group is the buyer-side parent platform. Sector-specific technical sourcing is routed to the relevant specialist platform after human review. Relevant project value starts at approximately US$250,000.