Global manufacturing & industrial business intelligence
Operational intelligence for manufacturers, founders, contract manufacturers, private-label operators, procurement teams, distributors, importers and exporters, industrial investors, supply-chain operators and the people building software for them. Every page answers a working question rather than defining a term. Nothing here carries invented factory costs, production volumes, yields or return estimates, and no manufacturer is recommended.
Operational layers
- Manufacturing models
How production is organised, and what each model commits you to.
40 pages
- Industries
How each sector works as a manufacturing business.
132 pages
- Factory operations
Planning, scheduling, flow, maintenance and shop-floor control.
60 pages
- Procurement & sourcing
Buying the materials, components, tooling and capacity a plan needs.
58 pages
- Quality management
Acceptance, inspection, investigation and corrective action.
50 pages
- Lean & improvement
The methods that shorten lead time and take cost out of a process.
40 pages
- Industrial automation
Control systems, robotics, sensing and industrial data. Vendor-neutral.
55 pages
- Manufacturing software
ERP, MES, MRP, PLM, QMS and CMMS as factory implementations.
50 pages
- Compliance
Product, worker, environmental and supply-chain obligations.
45 pages
- Contract manufacturing
Having someone else make it: selection, agreement and handover.
48 pages
- Private label
Selling manufactured product under your own brand.
45 pages
- Industrial facilities
Layout, utilities, controlled environments and expansion.
45 pages
Decision support
- Comparisons
45 explicit-criteria comparisons
- Industrial hubs
46 manufacturing regions and cities
- By country
13 jurisdictions
Manufacturing calculators
Every calculator runs on figures you supply. This site holds no cost, capacity, yield or benchmark data and never estimates any on your behalf.
- Production capacity calculator
Turn stations, shifts and planned downtime into practical capacity, and compare it against the units a period actually demands.
- Takt time calculator
Derive the rhythm customer demand sets on a line, and see whether the current cycle time can hold it.
- Cycle time calculator
Convert an observed run into cycle time, labour content, value-adding share and the setup burden each unit carries.
- Throughput calculator
Find the constraint in a multi-station line, quantify balance loss, and see how far it can be lifted before the limit moves.
- Scrap rate calculator
Measure scrap and rework against what entered the process, and cost the loss per good unit that actually shipped.
- First pass yield calculator
Multiply stage yields into rolled throughput yield and expose the rework a stage-by-stage view never shows.
- Machine utilisation calculator
Split calendar hours into planned, running and lost time, and identify which loss dominates.
- OEE calculator
Compute availability, performance and quality separately, multiply them, and convert each loss back into minutes.
- Production batch size calculator
Economic production quantity where output builds over time, plus the annual cost of a forced minimum batch.
- Break-even production calculator
Carry tooling into unit cost, find the volume that covers fixed cost, and compare full cost against an outside quote.
- Factory floor utilisation calculator
Break a plant's floor area into production, storage, circulation and welfare, and cost what non-production space carries.
- Changeover cost calculator
Cost changeover time, lost contribution and start-up scrap, and size a setup-reduction effort before committing to it.
Data limitations
- Manufacturing figures are operator-supplied inputs, not market data. GeoBusinessIQ holds no factory costs, production volumes, yields, cycle times, tooling prices or capacity data and does not estimate them — every result reflects only the figures you enter.
- No manufacturer, supplier, vendor or factory is recommended, rated or ranked anywhere in this cluster, and no directory of them is published. Selection material describes how to run your own assessment; the assessment itself remains yours.
- Standards are referenced, never reproduced. Pages describe what a standard governs and point to the issuing body; they do not restate its requirements, and conformity is determined by the standard itself and by an accredited assessment, not by anything here.
- Plant, process, utility and equipment material is business intelligence, not engineering design. Layout, structural, electrical, mechanical, pressure, ventilation and fire-safety decisions require a qualified engineer working to the codes in force at the site.
- Worker safety, machinery safety, chemical handling and hazardous-materials duties are set by the law of the jurisdiction and by the risk assessment for the specific workplace. Material here explains the mechanism only and is not a safety determination, a risk assessment, or legal advice.