Every shop has taken a job that felt too small to bother with — a single bracket, one turned part, a handful of laser-cut blanks. On paper it looked like easy money. In reality, the setup, handling, and admin ate every cent of margin. A well-chosen minimum order value (MOV) is the simplest defense against those quiet losses. Below are the questions digital manufacturers ask most about setting one.
Why do small orders hurt margins so much?
Most of the cost of a job has nothing to do with part quantity. Quoting, order entry, machine setup, first-article checks, packaging, invoicing, and shipping coordination all cost roughly the same whether you make 1 part or 100.
On a large order, those fixed costs spread across many units and barely register. On a one-off, they dominate. That’s why a $60 order can lose you money while a $6,000 order of the same part is highly profitable.
An MOV puts a floor under those fixed costs so no order slips below break-even.
How do I calculate a minimum order value?
Start with the true cost of processing any job, regardless of size. Add up:
- Quoting and order admin — estimator time, PO handling, invoicing.
- Setup and teardown — programming, fixturing, tool changes, first-article inspection.
- Handling and shipping — packaging, labeling, freight coordination.
- A margin contribution — because covering cost isn’t the goal; making money is.
The sum is your floor. If a small job doesn’t reach it, either the price needs to rise to the MOV or the job isn’t worth taking. Many shops land on a single blanket MOV, while others set process-specific floors — one for CNC, one for sheet metal, one for 3D printing — because setup costs differ.
Should the MOV be the same for every process?
Usually not. A CNC milling job with multi-axis fixturing and custom tooling carries far higher setup cost than an SLS print that drops into an existing build. Sheet metal falls somewhere in between, driven by nesting efficiency and press-brake setup.
Setting separate minimums by process keeps you competitive on the work you can do cheaply while still protecting the work that’s expensive to spin up. A single high MOV across everything risks scaring away easy, profitable small jobs; a single low MOV leaves your expensive processes exposed.
How do I handle repeat customers who order small?
Not every small order deserves the same treatment. A first-time buyer testing you with one part is different from a long-term account that reorders monthly. A few practical approaches:
- Waive or reduce the MOV for established accounts whose lifetime value justifies it.
- Batch small repeat orders into scheduled production runs so setup cost is shared.
- Offer a "small order fee" instead of an outright minimum, so customers can still buy small — they just cover the real cost.
The goal is to protect margin without slamming the door on good relationships or future volume.
What’s the difference between an MOV and a small-order fee?
An MOV refuses orders below a set dollar amount — the customer must add more to proceed. A small-order fee lets any order through but adds a flat charge to cover fixed costs on undersized jobs.
MOVs are cleaner for shops that don’t want the disruption of tiny jobs at all. Small-order fees are friendlier when you’d rather keep the customer and simply get paid fairly. Some shops use both: a hard floor below which they won’t quote, and a fee for anything above the floor but still below efficient batch size.
How do I enforce minimums without slowing quoting down?
This is where minimums often break down. If your estimators have to remember which process gets which floor and manually adjust every quote, mistakes creep in and quoting slows. The rule needs to live inside your quoting logic, not in someone’s head.
A quote engine built around your real processes and pricing can apply the right MOV or small-order fee automatically — the moment a part is priced, the system enforces the floor and flags anything below it. That keeps pricing consistent across every estimator and every order, with no manual policing.
This is exactly the kind of rule Solvi is designed to handle. Its instant quoting engine is customized to each shop’s processes, materials, and margins, so minimums and fees are baked into the calculation rather than bolted on afterward. Estimators quote fast, and the margin floor holds automatically.
How do I know if my minimum is set right?
Watch two signals over time:
- Quote-to-order conversion on small jobs. If small orders convert normally, your floor isn’t scaring off good work — it’s simply pricing it fairly.
- Margin on your smallest completed orders. If jobs near the MOV still turn a profit, the number is doing its job. If they’re breaking even, raise it.
Revisit the floor whenever labor rates, material costs, or setup times shift. A minimum set two years ago may no longer cover today’s fixed costs.
Protect your margins on every order
Minimum order values aren’t about turning work away — they’re about making sure every job you accept actually pays. Calculate your true fixed cost, set process-appropriate floors, and let your quoting system enforce them so no order slips below break-even.
If you want minimums and small-order fees applied automatically inside fast, accurate quotes, take a look at how Solvi builds pricing rules around the way your shop really works.