From Low-Volume Builds to Production
From Low-Volume Builds to Production
The prototype build went well and the sample passed. Production is next.
What happens most often at this stage is not a sudden jump in volume. It is a requirement still growing, where the quantity per order remains below the part's MOQ. Our approach is to establish the real usage first, find a quantity and set of terms that works right now, and keep the project moving until the volume arrives.
A Real Case: From 50 Pieces at a Time to a Single Order of 3,000
A terminal block project illustrates how low-volume support connects through to production.
The customer was clear from the outset that each requirement would be around 50 pieces. The MOQ on that part was 3,000. With a gap of more than fifty times, pricing at 50 pieces would have put the unit cost beyond anything workable.
The first thing we did was not to quote. It was to work through annual usage with the customer. That exercise put their real yearly requirement at around 100 pieces.
Our recommendation was to purchase 100 pieces in one order. The logic was simple: this was a quantity they would consume within the year anyway, so it created no inventory burden, and the unit price came down to roughly half. In parallel, we negotiated a reduced setup cost with our partner factory, which was what made that quantity viable on the production side.
This pattern held for three or four orders. At 100 pieces each, none of them amounted to significant business for either side, but the project kept moving.
The customer then placed a single order for 3,000 pieces. Their end market had responded better than expected and downstream orders had increased, so they bought straight to the MOQ. They still consumed the parts in batches, but the unit price at 3,000 pieces was considerably lower than anything available at the smaller quantities.
The point of this case is not the final order. It is the three or four that came before it. Before the volume existed, working out the actual usage and finding a quantity that could be executed was what gave the project a path to production.
Where Production Price Reductions Come From
Where there is a genuine gap between production and prototype quantities, the reduction comes from three places, all at once:
Material MOQ is fully absorbed. At prototype quantities, the raw material minimum order often far exceeds actual consumption, and the surplus has to be carried in the unit price. Once production volume consumes the full batch, that burden disappears.
The line is scheduled once. Prototype builds require a separate schedule for a small quantity. Production is a single complete batch run, and the difference in output per unit of line time is substantial.
Setup cost drops out. The cost of bringing a line up for a small sample run no longer needs separate accounting at production scale.
Worth stating plainly: prototype pricing reflects the costs actually incurred at that quantity. It is not production pricing with a margin added. The difference comes from a different cost structure, not a different pricing method.
Sample and Production Pricing Are Separated at Inquiry
At the inquiry stage, customers typically state both figures: the prototype quantity and the expected production quantity. We quote both, so the full cost picture is available while planning is still underway.
There is another situation that comes up just as often: the single-order requirement is itself the production requirement. For module-type products, production volumes often sit in the hundreds, close enough to prototype quantities that no real two-stage gap exists. Pricing simply follows the actual quantity.
Where a later quantity differs substantially from the original inquiry, moving from hundreds to thousands for instance, we reassess against the actual scale.
Production Lead Times Are Closer to Prototype Than Expected
Production lead time is generally not much longer than a prototype build, adding roughly two to three weeks depending on quantity and complexity. The reason is that harness assembly runs as batch processing rather than piece by piece.
Take 1,000 pieces. The work proceeds as whole-batch operations through cutting, stripping, crimping, assembly and inspection, with each operation handling the full quantity in one pass. Going from 100 pieces to 1,000 increases the time spent at each operation; it does not run the whole sequence ten times over.
One consequence follows from this: whether you ask for a partial shipment first or take the full quantity at once, completion timing is much the same, with only the packing work separating them by a few days.
What Must Be Settled Before Production
Drawing sign-off. The most basic requirement, and the one that cannot be skipped. Nothing proceeds until the drawing is signed off. Once production quantities scale up, any gap in the specification scales with them.
Material availability and lead time. We confirm supply conditions for the production quantity and give you a projected delivery date on that basis. Where any part requires scheduled production, we flag it at this point. Packing method and carton weight are agreed here too, generally kept within 15 kilograms per carton, though this can be adjusted if you would prefer heavier cartons to reduce freight.
Supply Arrangements After Production Starts
The standard arrangement is to schedule production against each order, without holding safety stock in advance. Where you can tell us your forward requirements, we can assess whether holding safety stock makes sense.
A separate situation applies to highly customized items. Connectors in a custom color, for example, carry their own MOQ, so the full quantity is produced at once and released in agreed stages. Arrangements like this are confirmed at the quotation stage.
Who This Applies To
- Single-order requirements well below the part MOQ, with no obvious workable route
- Prototype builds complete, with production quantity and timing now being planned
- A need for both sample and production pricing to evaluate product cost
- Uncertainty over production lead time affecting internal scheduling
- Ongoing requirements ahead, with questions about stocking and supply arrangements
Related Products & Technical Resources
If you are currently planning production, consolidating materials, or coordinating delivery, the following may help:
High-Mix Low-Volume Sourcing & MOQ Cases | SyncTronics Technology
Wire Harness Assembly | Custom Wire Harness & Cable Assembly | SyncTronics Technology
Moving From Prototype to Production?
Send us the planned production quantity and timing. If your current requirement sits below the part MOQ, say so directly. SyncTronics will work out a viable purchasing approach and cost structure first, then provide pricing and lead time.
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