The questions most brands ask six months too late

A single number like '8-10 weeks' sounds precise, but ask what's inside it and most factories can't tell you. We give a phased timeline instead: reverse engineering 3-4 weeks if you have no drawing, mold fabrication 60-90 days, post-trial correction 3-4 weeks, finishing 1-2 weeks. DFM and mass production genuinely vary with your design and volume, and we say so rather than inventing a number. You also get told the moment a phase runs long — not at the end.

You do, and it's written down before tooling starts rather than negotiated after. Ownership transfers on full payment — not after some minimum number of orders. Mold specs and steel type get confirmed so a duplicate can be made elsewhere if you ever need one. This question usually only comes up when a brand wants to leave, which is exactly the wrong time to find out the answer.

For a lot of brands, the deposit is the moment communication gets worse — the factory's incentive to reply fast was closing the sale, and that's gone. Once your deposit clears here you get written confirmation of what phase the project is in, a named contact rather than a general inbox, and an agreed update cadence so you know when the next check-in lands. Same person, start to finish.

A first sample is made under the best conditions that will ever exist — new tooling, full operator attention, no quota pressure. It proves the design and mold can produce a good part. It doesn't prove they'll do it a thousand times. Mold wear, operator consistency across shifts, aluminum batch variation, and thermal stress across a full run all show up at volume. We run a pilot batch before full commitment so consistency gets tested rather than assumed.

It depends on your market and what the product touches — RoHS and REACH are common for the EU, especially with coatings; some markets want documented alloy composition rather than just 'aluminum'; import documentation is separate again. The reason this belongs in a production conversation is that compliance can decide which alloy is usable and which finishing processes are allowed. We ask about your target market during DFM, alongside wall thickness and draft angle — not after production.

Fair question, and the honest version of the answer is that you should judge it by what's in writing rather than what we say here. Same named contact across orders, the same update cadence, and the same pre-shipment checks on order five as on order one. If that stops being true, you own your mold and you can leave — which is the point of settling ownership up front.

In-process checks through the run rather than one look at the start and one at the end, plus a pre-shipment inspection against the agreed spec. If unit-to-unit variation starts drifting, you hear about it while the run is still happening. A container arriving before anyone mentions a problem is a process failure, not bad luck.

The time gap is only a problem when every question has to travel to a different vendor. One contact holding the whole chain means most questions get answered without a round trip — we already know what the mold shop and the machine shop are doing. Updates come on an agreed cadence rather than only when you chase, so a slipped phase doesn't wait a full day to surface.

Usually yes, and how painful it is depends almost entirely on two things: whether you own the mold, and whether anyone documented the process settings. If you're mid-project with a supplier who's gone quiet, send what you have — the drawings, the mold details, the last parts you received. We'll tell you what's recoverable and what isn't before you spend anything.

Nothing. It doesn't get shown to another customer and it doesn't get shopped to a cheaper shop. We're specific about this because the opposite has happened to us from the other side — a project we'd worked out in full turned up later at a competitor. Not doing that to someone else is the low bar, but it's worth stating.

Often not. A failed first trial is a normal part of the process, and most of the time the fix is in the process parameters or a mold modification rather than new steel. What matters is diagnosing which of those it actually is — we've seen a part fail repeatedly on mold temperature and hold time when the real cause was the molten aluminum running too cold. Recutting a mold to solve a temperature problem is an expensive way to learn that.

1,000 pieces. There isn't a practical ceiling — this network was built serving large manufacturers, so a brand scaling from 1,000 to 50,000 isn't outgrowing it. What does change at higher volume is mold steel, cooling design, and scheduling, which is why we ask at DFM whether a first order is a one-off or the start of something.