Palletizing System RFQ Checklist: What to Specify Before Requesting Quotes

Prepare a palletizing RFQ with product, throughput, pallet, site, interface, supply and acceptance fields, then copy, print or export your draft.

A useful palletizing RFQ gives every supplier the same operating case and the same supply boundary. Record the packs, required output, pallet loads and site conditions before comparing proposals. Use the editable worksheet below to collect the information; it does not select a robot or validate a cell design.

Fill the requirements before naming equipment

Ask production to confirm the pack range and demand, engineering to confirm the layout and interfaces, and the project owner to assign the scope. Put an owner and a due date beside unconfirmed information. An empty value should remain visibly unresolved rather than becoming a supplier assumption that nobody reviews.

The form runs in your browser. You can print it, copy its contents or export a CSV to send through your own channels. Filling it in does not submit an enquiry or upload the answers. Export your draft before refreshing or closing the page. The worksheet is a project discussion aid, not a machine specification approved by an engineer.

Seven groups of RFQ inputs

Group Record Ask the supplier to return
Product SKU list; minimum, nominal and maximum dimensions and mass; surface, closure and handling limits Proposed handling method, trial-sample requirements and any excluded pack variants
Throughput Good-output target, normal and peak demand, operating time, product sequence and counting boundary Rate assumptions, included interruptions and the proposed test method
Pallet Pallet drawing and condition, layer pattern, load limits, consumables and exchange method Pattern restrictions, pallet-quality assumptions and exchange responsibilities
Site Usable layout, clear height, access, utilities, environment and installation window Layout, utility requirements, access needs and site work excluded from supply
Upstream and downstream Infeed presentation, outfeed destination, signals, identification and exception handling Mechanical and control interfaces with a named party at each handover
Supply boundary Equipment, engineering, installation, documents, software, training and support Included, optional, excluded and buyer-supplied items listed separately
Acceptance Representative products, measurable criteria, FAT/SAT allocation, witnesses and closeout Proposed tests, evidence, responsibilities and unresolved conditions
Sample shipping cases, a wooden pallet, and a blank notebook on a review table.
Gather the operating inputs first, then settle interfaces and responsibility. This is an editorial grouping for preparing an RFQ. Illustrative photograph, not a named installation or test.

Make the rate measurable

“Packs per minute” needs a counting point and a time basis. A rate at the robot pickup position does not establish how many accepted pallets leave the line during a shift. Include pallet exchange, replenishment and product changeovers in the discussion, and state which of them belong in each test.

For an assumed example, a site needs 600 good packs during a 30-minute observation that includes pallet exchanges. Its requirement is 20 good packs per elapsed minute for that observation. That arithmetic describes demand; it does not prove a proposed machine can meet it. Record product mix and pack orientation alongside the calculation. Use the throughput calculation guide for the separate capacity discussion.

Draw the supply boundary

Ask who supplies empty pallets, takes full pallets away, provides pack identification and connects the controls. Mark existing equipment on the layout. A conveyor, pallet dispenser or wrapper can sit outside one supplier’s quotation while remaining necessary to the project.

ISO 10218-2:2025 addresses industrial robot applications and cells, including integration. Its published scope supports treating the assembled application as a project responsibility. A robot quotation alone does not describe that responsibility. Ask the integrator which requirements apply to the proposed application and what supporting documents will be supplied.

Attach evidence and control revisions

Keep drawings, SKU data and photographs in a separate attachment list with filenames and revisions. The form does not upload files. Ask for trial quantities using the actual product and pallet range, including the variants the supplier considers difficult. Record sample availability rather than promising a test that cannot be staged.

Give each RFQ issue a date and revision. When a dimension or layout changes, send the same revision to every bidder and ask them to identify the effect on scope and price. Use the project cost guide to reconcile exclusions and the FAT/SAT planning guide to agree evidence before the order.

Prepare your draft for supplier review

Check units, unresolved fields, attachment revisions and named owners before exporting. Keep supplier answers next to the original requirement so that a qualified response is visible. The buying guides connect this RFQ to budget, acceptance and maintenance planning; the editable worksheet follows this article.

Build your palletizing RFQ

Fill in what you know; leave unknowns blank. Answers stay in this page and are not uploaded. Export before reloading or closing.

Download blank CSV

1. Product

Cartons, bags or trays; attach separate drawings outside this tool.

Minimum / nominal / maximum L × W × H, including units.

Minimum / nominal / maximum mass, including units.

Surface, closure, rigidity, damage limits and actual trial samples.

2. Throughput

Good packs per minute and pallets per shift; include normal and peak demand.

Shifts, planned production time and known interruptions.

SKU sequence, runs and required changeovers.

Where good output is counted; included stops and measurement period.

3. Pallet

Dimensions, base construction, quality variation and drawings.

Layer pattern, maximum height/mass, overhang and mixed-load rules.

Slip sheets, top sheets, labels and wrapping requirements.

Empty pallet supply and full pallet removal; assign responsibility.

4. Site

Usable space, clear height, columns, access and adjacent work areas.

Power, air and network availability; attach confirmed site limits.

Temperature, dust, moisture and cleaning conditions.

Delivery route, floor verification owner and installation window.

5. Upstream and downstream

Conveyor height, pack orientation, pitch and arrival variation.

Destination, queue capacity and responsibility for clearance.

Signals, recipe ownership, identification and data handover.

Starved/blocked line, damaged packs, pallet unavailable and restart ownership.

6. Supply boundary

Robot, tooling, conveyors, pallet handling, controls and safeguarding scope.

Equipment and services supplied by others, with named owners.

Design, transport, installation, commissioning and training.

Manuals, drawings, backups, licenses, support and spares scope.

7. Acceptance

Representative SKUs, pallets, samples and software/configuration revisions.

Output basis, pack quality, load pattern, changeover and agreed observation time.

Factory tests, site tests, simulations and deferred checks.

Witnesses, evidence, deviation owner, retest rules and handover sign-off.

Sources and scope

Source dates refer to the material consulted, not independent performance verification.

  1. ISO 10218-2:2025: Industrial robot applications and robot cells

    Published scope covers integration of robot applications and cells; catalog scope only, not a full-standard compliance review.

    Second edition, 2025-02 · Checked October 6, 2026
  2. IEC 62381:2024: Automation-system acceptance testing

    Public scope describes specification-based factory/site acceptance and project-specific responsibilities; process-industry scope is stated.

    Edition 3, 2024-07-30 · Checked October 6, 2026

Published by DeltaSpark. Editorial policy · Corrections and contact

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