Commercial planning
ATEX filling machine cost factors and quotation scope.
Build a comparable budget from the product, classified area, automation, line boundary, facility interfaces, evidence and lifecycle requirements.
No published price is quoted in this guide
ATEX filling machinery is configured around the product, hazardous area, pack and project scope. Publishing an unsupported headline price would hide the assumptions that determine the actual equipment and responsibilities.
Compare scope, risk and evidence—not only the machine name.
The cost of an ATEX filling machine is influenced by the dosing technology, number of formats, automation level, hazardous-area protection, materials, product supply, line integration and documentation. The same nominal fill range can lead to very different projects when one application is a single operator-assisted bottle and another is a multi-head fill-cap-label line with extraction interfaces and controlled acceptance tests.
A useful budget separates the filler itself from facility works, upstream supply, downstream equipment, engineering, testing, installation and lifecycle support. It also identifies assumptions that could change the price later.
Cost driver matrix
Identify the decisions that change the commercial scope.
| Cost driver | What can change | Information that reduces uncertainty |
|---|---|---|
| Product and wetted path | Pump or piston type, seals, hoses, valves, nozzles, drainability and cleaning construction. | Current SDS, temperature, viscosity, density, conductivity, concentration and cleaning method. |
| Hazardous-area requirement | Equipment protection, components, non-electrical ignition controls, marking, documentation and assessment route. | Competent classification drawing, zone boundaries, gas or dust group, temperature requirements and intended location. |
| Automation and output | Head count, conveyors, indexing, sensors, guarding, cap handling, rejects and coordinated controls. | Sustained output case, campaign pattern, staffing, containers, closures and downstream scope. |
| Container handling | Bench, rollers, powered conveyor, guides, lifting aids, accumulation and filled-pack transfer. | Dimensions, empty and full weight, stability, tolerances and layout. |
| Facility interfaces | Extraction, power, air, earthing, drainage, room services, installation and commissioning. | Site survey, utility data, interface register, layout and responsible party for each item. |
| Evidence and handover | Trials, FAT duration, witness requirements, documents, training, SAT and retained records. | Written acceptance criteria and document schedule before the quotation is finalised. |
Choose the right level of automation.
A semi-automatic ATEX filling machine may reduce conveyor and indexing scope, but the operator task, handling aids and sustained capacity still have a cost. An automatic filler adds controls and handling but may be justified by repetitive work, output or line integration.
Use the automation comparison guide to compare like-for-like operating cases rather than assuming that the least automated machine is always the most economical.
Include the installation and lifecycle budget.
Facility extraction, wiring, compressed air, product-feed pipework, drainage, access and building work may sit outside the machinery supply. Maintenance competence, spares, inspection, cleaning time and future product changes also affect the usable life of the system.
The installation guide and maintenance guide help buyers identify these items before commercial comparison.
Comparable quotation pack
Ask every supplier to price the same boundary.
- Approved product list and SDS revision, including cleaning media.
- Container and closure range with drawings or samples.
- Target quantity, tolerance method and sustained output case.
- Hazardous-area classification and equipment-location assumptions.
- Infeed, filling, capping, labelling, inspection and discharge boundaries.
- Utility, extraction, earthing, drainage and site-installation responsibilities.
- Documents, trial, FAT, SAT, training, warranty and spare-parts scope as actually offered.
- Exclusions, provisional sums, buyer-supplied items and assumptions that can change the price.
Use the specification checklist Request a configured quotation
Commercial FAQs
ATEX filling machine cost questions.
Can an ATEX filling machine be priced from fill volume alone?
No. Fill volume is only one input. Product properties, area classification, dosing method, materials, controls, extraction interfaces, pack handling, documentation and testing can materially change the project scope.
Why do two ATEX filling quotations differ so much?
They may include different boundaries, protection concepts, line equipment, documentation, installation, FAT conditions or assumptions. Compare the intended use and exclusions line by line before comparing the total.
Does more automation always increase the total cost?
Automation normally adds handling and controls, but operator labour, safety, handling aids, changeover and future capacity also matter. A lower initial equipment scope may not be the lowest lifecycle cost.
Are site works included in the machine price?
Only if expressly stated. Power, air, extraction, drainage, foundations, fire controls, room works, access and installation responsibilities should be listed in an interface schedule.
How can a buyer receive a firmer quotation?
Provide a controlled specification, current SDS, classification information, real packs, required output, layout, utilities, cleaning method, documentation needs and agreed test criteria. Resolve open assumptions before order where possible.
Your machine recommendation
Tell us what you need to fill — we’ll recommend the most suitable machine.
Send your product SDS, container details, fill range, target output and any ATEX information. You’ll receive a practical shortlist matched to your application.
☎ 01494 623015✉ sales@lancinguk.comDirect support for new machines, line upgrades and complete filling projects.