Machinery category
Industrial automation systems and factory automation projects
Industrial automation systems are justified by cycle time, throughput gain and redeployed labour, and specified by interfaces, safety and acceptance criteria. This page helps you prepare an industrial automation, robotics or retrofit project — cells, handling, vision, controls and intralogistics — up to the point where integrators and manufacturers can quote comparably. Before any manufacturer is contacted you must confirm the current cycle time and bottleneck, the target cycle time, the interfaces to existing equipment, the safety concept and the acceptance criteria. It is for manufacturers modernising existing plants, industrial groups, project developers and public entities.
Next step: Compare manual and automated cycle time to see the indicative payback, then complete the RFQ blocks and send the brief for human review.
Direct answers
What are industrial automation systems?
Industrial automation systems are the robotic cells, handling, vision, PLC/SCADA controls and intralogistics that run a production process with reduced manual intervention. In a project they are defined by cycle time, product variants, interfaces to existing equipment and the safety concept.
How do industrial automation systems improve productivity?
They shorten cycle time at the bottleneck, stabilise quality, cut scrap and rework, allow extra shifts without proportional labour, and generate machine data for OEE monitoring. The measurable gain is the difference between current and target cycle time multiplied by productive hours.
How do I upgrade an existing line with automation?
Retrofits are limited by interfaces, floor space and permitted downtime rather than by the robot. State which existing equipment stays, who owns each interface, the control platform standard, and how many production hours are available for installation and commissioning.
Typical scope
- • Robotic cells for handling, assembly, machine tending and palletising
- • Vision, inspection, measurement and traceability systems
- • PLC, SCADA and line-control retrofits
- • Conveying, buffering and intralogistics interfaces
- • Safety concept, guarding and risk assessment
- • Data collection, OEE monitoring and MES interfaces
Confirm before manufacturers are contacted
- • Current cycle time, bottleneck station and measured OEE
- • Target cycle time and the throughput that justifies the investment
- • Product variants the cell must handle, now and planned
- • Interfaces to existing machines, control systems and IT
- • Safety standard, risk assessment status and guarding constraints
- • Available floor space, services and permitted downtime for installation
Who this is for: Manufacturers modernising existing plants, industrial groups, contract manufacturers, project developers and public bodies.
Country notes: Germany, Spain, Italy, France, Poland and Central Europe, Turkey and the Middle East
The planning method is the same everywhere, but the constraints that decide the specification are local: raw-material seasonality, utilities and grid capacity, language of documentation, the food-safety or conformity standard your customers audit against, and the downtime a working plant can accept. Add your country in the calculator below and it is carried into the brief our team reviews.
Industrial automation systems and factory automation projects in Germany
Industrial automation projects in Germany are usually retrofits into existing lines with an established control-platform standard (often Siemens TIA), documented CE conformity and a formal risk assessment under the EU Machinery Regulation. State the control standard, the works-council and installation-downtime constraints, and whether the cell is a substantial modification requiring re-conformity.
Industrial automation systems and factory automation projects in Spain
Automation projects in Spain frequently target seasonal peaks in food, beverage and automotive supply plants. State the peak-season cycle time you must hold, the product variants handled, and whether the cell must be relocatable between plants. Grid connection capacity and permitted shutdown windows are common constraints.
Industrial automation systems and factory automation projects in Italy
Italian projects often combine a specialised machine builder with an integrator. Say clearly which party owns the mechanical interface, the control interface and the safety concept, and specify the acceptance test at line level rather than per machine, otherwise responsibility gaps appear during commissioning.
Industrial automation systems and factory automation projects in France
State French-language HMI, documentation and operator-training requirements, the applicable safety and ergonomics assessment, and any labour-relations constraints on redeploying operator positions. These affect integrator scope and price more than the robot selection does.
Industrial automation systems and factory automation projects in Poland and Central Europe
Automation is usually justified by capacity growth and quality stability rather than by labour cost alone. State the throughput target, the export quality standard your customers audit against, and the available installation downtime in an already fully loaded plant.
Industrial automation systems and factory automation projects in Turkey and the Middle East
Confirm ambient temperature and dust conditions in the hall, grid stability and backup power, spare-part logistics and local service response times. Also state which certification or inspection body applies, since it changes documentation scope.
Projects outside these countries are handled the same way. Global B2B Group does not represent, certify or guarantee any manufacturer in any country, and buyers are never automatically connected to suppliers.
Industrial automation systems and factory automation projects calculator
Enter your own figures to see the planning numbers a manufacturer needs, then turn them into a structured brief. Inputs, assumptions and limitations are yours: this is indicative planning only, not an engineering design, a supplier quotation, a performance guarantee or a financing approval.
Inputs
Planning results
- Cycle time reduction
- 23 s
- Annual parts, current
- 320,000
- Annual parts, target
- 654,545
- Indicative simple payback
- 7.7 years
51.1% faster
+334,545 parts/year
Labour saving only; excludes throughput value, financing, maintenance and ramp-up
Serious project review, supplier routing and financing-pathway discussion generally start from an expected total project value of USD 250,000. Buyers are never automatically connected to a manufacturer: the Global B2B Group project team and the human team review qualifying projects first.
Generated project brief
Project brief — Industrial automation systems and factory automation projects Product / process: (to confirm) Country: (to confirm) Indicative budget: (to confirm) Timeline: (to confirm) Planning assumptions and results: - Cycle time: 45 s current, 22 s target - Operating pattern: 16 productive hours x 250 days - Throughput: 320,000 to 654,545 parts/year - Operator positions redeployed: 3 (USD 84,000 per year) - Indicative investment: USD 650,000; simple payback 7.7 years Must be confirmed before manufacturers are contacted: - Current cycle time, bottleneck station and measured OEE - Target cycle time and the throughput that justifies the investment - Product variants the cell must handle, now and planned - Interfaces to existing machines, control systems and IT - Safety standard, risk assessment status and guarding constraints - Available floor space, services and permitted downtime for installation Acceptance criteria to agree: FAT and SAT scope, measurement method, sample period, tolerances, downtime and out-of-range behaviour. Note: indicative planning only. Not an engineering design, quotation, performance guarantee or financing approval.
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.
Frequently asked questions
How do I justify an automation project?
Compare current and target cycle time to get the throughput gain, add the labour positions redeployed and any quality or scrap improvement, then divide the investment by the annual benefit for a simple payback. Simple payback ignores financing cost, ramp-up and maintenance, so treat it as a screening figure and confirm with your finance team.
What do integrators need before quoting a robotic cell?
Product and variant data, current and target cycle time, part presentation and tolerance, interfaces to upstream and downstream equipment, the control platform standard, the safety concept, available space and the permitted installation downtime.
Can automation be retrofitted into an existing line?
Often yes, but the constraint is usually interfaces, space and permitted downtime rather than the robot itself. A retrofit RFQ must state which existing equipment stays, who owns the interface, and how much production downtime is available for installation and commissioning.
Related planning paths
Global B2B Group is committed to conducting its own activities in accordance with applicable law. It facilitates sourcing and RFQs and does not itself produce, manufacture, export or sell the listed products, or approve them on behalf of any authority. Suppliers are responsible for the products and shipments they offer and supply meeting the requirements of the origin and destination countries — for example safety, quality, labelling, traceability, sanitary or phytosanitary certificates and export documents, where relevant. Buyers remain responsible for their own import permissions, local requirements and due diligence. Requirements differ by product and country; this is not legal advice. Compliance & responsibilities · Terms
Global B2B Group is not a machinery manufacturer, engineering contractor, EPC contractor, bank, lender, pricing authority or automatic buyer–supplier marketplace. All figures on this page are indicative planning values based on your own inputs.