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Define the accepted pack
State what passes for fill, seal, code, appearance and inspection before asking for speed.
Free buyer planning tool
Packaging Machine RFQ Builder
Turn your product, package, output and acceptance requirements into a supplier-ready request for quotation. Generate the brief in your browser, copy it, and send the same basis to every supplier.
Your entries stay in this browser. This tool does not submit or store the form data.
Build the same comparison basis
Create your packaging machine requirement brief
Required fields are marked with an asterisk. Add what is known now; the generated brief keeps open items visible instead of hiding them behind a generic machine model.
Short answer
A useful packaging-machine RFQ defines the product, finished package, accepted output, line boundary and test evidence. A machine name and headline speed are not enough to compare quotations.
Why the brief matters
Compare the same production task—not different assumptions
Two quotations may list similar machines while assigning different fillers, inspection equipment, interfaces, test materials, documentation and service responsibilities. The generated brief keeps those boundaries visible so suppliers can state their proposed solution and exceptions against one common basis.
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Expose difficult conditions
Include the widest format, most difficult product, cleaning boundary and real site constraints.
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Convert claims into tests
Make the critical requirement traceable to product, material, duration, measurement and evidence.
Quotation comparison
Five fields that prevent false comparisons
Keep each supplier’s exceptions beside the same requirement. Do not merge an unconfirmed statement into the accepted scope.
| Comparison field | What the buyer should define | What the supplier should return |
|---|---|---|
| Production basis | Product, dose, package, format list and operating condition. | Proposed machine, filler, options and explicit applicability. |
| Accepted output | Good packs over an agreed run, including quality and reject rules. | Expected output basis, dependencies, limitations and FAT method. |
| Line boundary | Upstream, inspection, transfer, secondary pack, controls and utilities. | Included equipment, interface ownership, exclusions and required third parties. |
| Evidence | Samples, measurements, records, witnesses and retained deliverables. | Test plan, data format, sample needs, deviation and retest process. |
| Commercial scope | Destination, installation, training, documentation, spares and timing. | Dated quotation, Incoterm, payment basis, lead-time basis and support scope. |
Continue the decision
Use the right technical path after the RFQ
The builder defines the comparison basis. These pages help resolve the machine route, system interfaces and acceptance evidence.
Choose the pouch-machine route
Compare roll-stock doypack, sachet and supplied premade-pouch architectures before fixing a model.
Compare pouch packing machines →Define the filling interface
Connect product behaviour, dosing, pouch support and seal-area control.
Review filling-system selection →Map line integration
Assign product, controls, safety, quality, utility and data interfaces.
Use the integration checklist →Plan factory acceptance
Turn the critical requirements into observable checks and retained evidence.
Review the FAT checklist →Review turnkey scope
Define primary packing, inspection, conveying and secondary packaging as one project.
Review turnkey solutions →Discuss an actual application
Send the generated brief with product and package samples for a configuration review.
Contact INMAYPACK →Destination-market requirements must be confirmed for the delivered configuration. General references such as ISO 12100, the current EU machinery rules, or applicable U.S. machine-guarding requirements do not replace a project-specific legal and risk assessment.
Buyer questions
Packaging machine RFQ FAQ
What information is essential in a packaging machine RFQ?
At minimum, define the actual product, fill range, package format and dimensions, target accepted output, destination market and the method that will determine whether a finished pack passes. Add utilities, interfaces, cleaning, changeover, documentation and service scope as the project develops.
Should the RFQ specify a machine model?
Only when the machine architecture is already fixed for a valid reason. Otherwise define the production outcome and constraints, then require each supplier to identify the proposed model, configuration, options, assumptions and exceptions.
What is the difference between cycle speed and accepted output?
Cycle speed describes machine motion under a stated condition. Accepted output counts finished packs that meet the agreed product, fill, seal, code, appearance and inspection criteria over the defined run. The RFQ should use accepted output for comparison.
How should FAT requirements appear in the RFQ?
Name the product and packaging samples, formats, run duration, planned stops, measurements, reject rules, records, retained samples, pass criteria and the method for closing deviations. The final FAT protocol should trace the critical RFQ requirements to observable evidence.
Does this builder send my project data to INMAYPACK?
No. The form runs locally in the browser. It generates text only after you press the button. Data leaves the page only if you choose an email, contact or messaging action and submit it yourself.
Can the same brief be sent to several suppliers?
Yes. That is the main purpose of the tool. Send the same controlled requirements to each supplier, then compare their proposed configuration, exceptions, test basis, included scope and commercial terms against that common document.
Turn the brief into a testable machine scope
Share the generated RFQ with product and package samples. INMAYPACK can review the machine route, filling interface, line boundary and evidence needed before a project configuration is confirmed.