The Custom Mouthguard RFQ a Laboratory Can Answer

Three laboratory replies are open on the desk in front of a sourcing lead, each a clean page of unit price, minimum order quantity and lead time. None of them says whether the guard is vacuum-formed or pressure-formed, and none names the material the sheet is cut from. That scene is a composite of how these replies usually arrive, not a transcript of one purchase, which is exactly why it is worth settling before the next round goes out.

An RFQ for custom mouthguard work is a comparability document before it is a price request. Until the forming method and the material family are printed on the reply, the number in the price column is measuring something you cannot identify, and the cheapest sheet may simply be answering a smaller question than the one you thought you asked.

Day One Questions Before You Email a Lab

Day one is about settling the ask, not the price. Custom mouthguards are fabricated in a dental office or laboratory from individual patient impressions, and the shaping step is thermoforming, which typically runs as vacuum-forming or pressure-forming. Both halves of that sentence hand you a question a laboratory can answer precisely: where the impressions come from, and which forming method runs on its line.

Put those two items on page one, above price, and replies arrive in one shape instead of four. A form with named fields gets filled. A paragraph asking for the best price on custom guards gets answered with whatever template the sales desk already had open, which is how you end up holding four documents nobody can line up side by side.

The cost of skipping this is quiet rather than dramatic. It surfaces later as a second round of email to each laboratory asking the same thing, and a delay nobody attributes to the RFQ that caused it. Leaving the forming method blank is worth exactly one follow-up question before that bid enters any comparison.

Before Day One Ends, Name the Material Family

Materials used to fabricate custom mouthguards include EVA, polyolefin, and polystyrene-polyolefin copolymer. That is a list of families, not a ranking, and nothing in it says one outperforms another. So the RFQ asks for the family plus the supplier's own trade name or grade, and stops short of asking a laboratory to declare a winner it has no basis to declare.

One material line and one grade line per unit in the price table does more work than it appears to. With both filled, a price gap between two bids has a visible cause: a different family, a different grade, a different sheet, or the same family at a different cost base. Without them, the lower number reads as the better deal when it may be a thinner sheet under a trade name that means nothing outside that supplier's catalog.

Words worth striking before the email goes out: pro-grade, competition-grade, dental-quality. They survive in RFQs because they cannot be checked. Replace each one with a family name and a grade code and the reply turns into a statement someone can stand behind.

Before the First Email, Split Clinic Fit From Lab Build

Custom mouthguards can be fully customized and give an athlete an optimal fit, and they are the most expensive option, requiring dental visits for fitting and customization. Read that as a procurement problem rather than a product description. A bid that includes fitting and a bid that covers only the build are answers to two different questions, and ranking them in one column produces a comparison with no meaning.

State on the RFQ who supplies the impressions and what the laboratory does with them once they arrive. If your organization collects impressions through its own clinical channel, the laboratory's scope starts at intake and forming. If a laboratory is also being asked to handle fitting, that scope needs its own line, its own price and its own lead time. A short who-does-what block at the top of the page removes the ambiguity before it reaches a quote.

Everything in this section is a question to put to a supplier and a field to fill on a document. It is not guidance on taking impressions, on fit, or on any clinical decision, and an RFQ should not be written as though a sourcing team can stand in for the people who do that work.

What the Lab's First-Week Reply Should Walk Through

By the end of the first week you should be holding a narrated sequence rather than a price. Ask the laboratory to describe, in order, what happens to an impression after it arrives: who receives it, what the laboratory itself does before forming, which forming method it uses, and how the finished guard is checked before it ships. The documented chain runs from individual impressions through thermoforming by vacuum-forming or pressure-forming. Every step a given laboratory performs in between stays a question for that laboratory, not an assumed step you fill in from memory.

Requiring the sequence in order does something a checklist cannot. A reply that skips the forming method, or that quietly hands the build to a third party, becomes visible while it is still a paragraph in an email rather than a surprise in a later order. If what comes back is a brochure and a process diagram with no words attached, send it back once and ask for the sentence that names the method.

By End of Week One, Make Every Quote Comparable

With a week of replies in hand, the grid is short: forming method, material family and grade, then unit price, tooling or model charge, MOQ, lead time and sample terms. The first two are facts a laboratory can declare today. The last five are request fields, slots you are asking a supplier to fill, not numbers anyone has confirmed for your product.

Here is where I take a position, because someone in the file has to. A reply that leaves forming method and material family blank is not ranked. It is held as not yet a bid, since setting an undeclared process beside a declared one in the same column is how a sourcing file quietly turns into fiction. The condition that changes that stance is a written explanation from the laboratory that it cannot disclose a process detail, or a reply that covers processing alone and leaves out the impression source. In either case I record the reason, compare only what each side declared, and leave the gap visible in the row beside the price instead of averaging it away.

Week Two Sample Approval Without Inventing Test Results

Suppose three samples arrive in week two, three declared material families and two forming methods between them. Nothing in this file tells you which one protects better, and no independent test data sits anywhere to settle the question. What can be applied at this stage is narrower and still worth applying.

One check is whether each sample matches its paperwork: same family, same grade, same forming method as the reply stated. A second is what documentation the supplier itself provides for the claims it makes, and whether that documentation covers this product or something else in its catalog. A third is the list of items still unverified, protection performance, any certification, medical suitability, which stay unverified and do not get scored as passed because a sample felt right in the hand.

A two-column sheet handles the week better than a scorecard: declared and matched on one side, asked and not yet answered on the other. The relationship gets approved on traceability, meaning this laboratory can say what it made and show it the same way twice, rather than on a subjective read of thickness. No test protocol or pass-fail threshold is prescribed here, because the published guidance for this category supplies none, and inventing a number would be worse than leaving the field honest and empty.

Three Weeks In, the Gaps You Still Have to Ask About

Three weeks into a laboratory conversation, the honest list of what you do not hold is still long: no valid quote, no confirmed MOQ, no committed lead time, no capacity figure, no written customization rights, no measurements off a sample. Those belong in the RFQ thread as open questions, not in an internal forecast padded with industry averages that nobody agreed to.

The fabrication facts above come from educational guidance on athletic mouthguards, written for a general audience. It explains how custom guards are made and how they compare on cost. It is not a certification of any laboratory, factory or finished guard, and pasting it into a supplier file as though it were one is a mistake that survives until an auditor finds it.

Keep an open-questions appendix attached to the RFQ and update it after every reply. The effect is unglamorous and worth having: nobody downstream mistakes an empty field for a confirmed specification, and the reorder starts from a written list of gaps instead of somebody's memory of a phone call.

The objection worth answering directly is that a fabrication-heavy RFQ slows the first order and irritates a laboratory that would rather send a price. It does slow the first cycle while the questions a phone call could have covered get written down and answered in order. The tradeoff pays back at reorder. A laboratory that names its forming method and material family before it quotes is one you can order from again without renegotiating what the product is; one that will not is a supplier whose second quote you would have to rebuild from scratch.