The MOQ is the first number on a wholesale vape quote. It sits on the top line. It is the first thing that decides whether the order happens at all.
The factory side of that number is the key. The MOQ is not a price. It is a run. The factory sets it from what it takes to make the run. The buyer is really deciding how much of a run to commission.
Read it as a run and the number stops being a wall. Read it as a price and it looks like the factory is asking for more.
The number moves for three reasons. It changes with the model. It changes with how the buyer counts the order, by flavor or by total. It changes with the purpose. A trial that is testing a market is a different order than one that is committed. Those three are the whole of what the MOQ is doing.
Why the Number Is Set the Way It Is
The MOQ is a production run, not a policy
The factory does not set the MOQ from a policy sheet. It sets it from the run. A run means the tooling is in place. The line is set up for the model. The material is cut to the number. Packing runs to the end. The MOQ is the smallest of that run that still works.
That is why two models can carry two different MOQs. A model that reuses an existing tool and a familiar line setup can run smaller. A model that needs a new tool, or a line set up from scratch, runs bigger. The MOQ follows the run. The run follows what is already in place on the floor.
The four pieces that set the floor
The number is not chosen to keep a buyer out. It is the floor of the run. Below it, one of the four pieces stops working. The material is cut to a number the line cannot pack. The setup has already happened. Spreading it over fewer units makes the run uneconomic.
À Wafoo the base MOQ is 500 units. That is the smallest run the line can make cleanly. It is not a discount threshold. No one invented it to push volume. It is the size of the run that works.
Per-SKU MOQ and Total-Order MOQ
The two ways to read the same number
A buyer can look at an MOQ in two ways. One way is per SKU. Each model or each flavor carries its own minimum, and the order is checked line by line. The other way is by total. The order as a whole has to clear a number, and the lines inside it can be uneven.
The two give different answers for the same order. A per-SKU reading keeps every line above its own floor. A total-order reading lets a strong line carry a thin one. It still has to keep the whole order above its floor. Which one is in effect depends on how the factory is building the order. A buyer who does not ask is guessing.
How the per-SKU reading works on a real order
A per-SKU order is a list of lines, each checked on its own. Each line has to clear its own minimum before it counts as a real line. A buyer who wants three models gets three checks. Each one has to stand.
That is the reading the factory uses when the models are set up separately. It keeps the run clean. A total-order reading applies when the lines share the run. The buyer can weigh a small line against a big one.
Knowing which reading is in play matters. It is the difference between an MOQ that surprises a buyer and one that does not.
Reading the MOQ as a Trial, or as a Commitment
The smallest order is a market test
The smallest order is rarely a mistake. It is the cheapest way to find out whether a market will take the model. A buyer who runs a trial is buying information.
The model, the price, the flavor, the packaging. All of it is being tested against a real market. The number of units is the size of the test.
A trial that clears the MOQ is a test that can be run at all. One that sits below it cannot. The buyer who sets the trial to the MOQ is the one who gets the answer. That answer comes back from a run that actually happened, not from a number on a sheet.
The committed order is where the unit cost moves
Once a market takes the model, the order grows. That is where the unit cost starts to move. The run is bigger. The same setup, the same tooling, the same line changeover, all of it spread over more units. The per-unit figure drops.
It drops because the run absorbed the same fixed pieces over more of them.
The buyer who scales up is not paying less because the factory gave a discount. They are paying less because the run got bigger. That is the move from a trial to committed production. It is the move the MOQ was built to make possible.
Before the MOQ Is Confirmed
Fix the model, the flavors, and the destination
An MOQ is not a number a factory quotes in the abstract. It is attached to a specific model. A specific set of flavors. A specific destination. Change any of those and the number can move.
A buyer who sends the model, the flavor set, and the destination gets an MOQ for that order. It is not an MOQ in general. The product pages carry the specs that pin down the model side of the brief. The product verification page carries the checks that confirm the model is the one being quoted.
With the model fixed, the factory can set the run. The MOQ follows the run.
Ask which reading the number is using
Before a buyer accepts the number, it pays to ask which reading it is. A per-SKU reading keeps every line strong, with each one checked on its own. A total-order reading gives the buyer room to mix a strong line with a thin one. The answer changes what the order can look like.
A buyer who knows which reading is in effect can build the order around it. They find out in advance. They do not find out after the first line has already been counted.
Conclusion
An MOQ is a production run, and the number is the smallest of that run that still works. It is set by the tooling, the line setup, the material, and the packing. It is not set by a policy.
It can be read two ways. Per SKU, or by total. The reading changes what the order can look like. It can also be read by purpose. A trial tests a market. A committed order is built to stay.
Read the number as a run and it stops being a wall. A trial that clears it is the cheapest way to test a market. A committed order that grows past it is the one where the unit cost finally moves. The MOQ is the size of the first run. Everything after it is built on that number.
Questions fréquentes
Q1: Why is the MOQ different for different models?
A1: Because the MOQ follows the run, and different models take different runs. A model that reuses an existing tool and a familiar line setup can run smaller. A model that needs a new tool, or a line set up from scratch, runs bigger. The number sits where the run needs it to.
Q2: Is the MOQ the same as the minimum I have to order?
A2: It is the minimum, but it is a minimum on the run, not on the price. Below the MOQ the run does not work. The material cannot be cut to a number the line packs. The setup has already happened. The MOQ is the smallest run that makes the order possible at all.
Q3: Will my unit price go down if I order more than the MOQ?
A3: Yes, in most cases. A bigger run spreads the same setup and tooling over more units. The per-unit figure drops. That is not a discount. It is the run getting bigger. The fixed pieces take up less of each unit. The move from a trial to committed production is where that happens.
