Machining Price List 2026: Real Hourly Rates by Machine
September 10, 2026
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Anyone searching for a machine shop price list wants something perfectly reasonable: a reference to judge whether the quote that just landed is expensive, fair, or a bargain. The disappointment has to come first: a fixed price list for custom machining does not exist and cannot exist, because unlike a catalogue of fasteners, every machined part is a new product — a different drawing, a different material, different tolerances, a different lot size. Two flanges of the same diameter can differ in price by a factor of three over a hundredth of a millimetre of tolerance or a surface finish callout in the title block.
What does exist — and what this guide gives you — is the price list shops actually use internally: hourly rates by machine family, minimum order charges, and the batch mathematics that decides the per-piece price. Every serious quote is built that way — estimated time multiplied by the machine's rate, plus material, setup and treatments — and knowing the 2026 ranges lets you read any offer line by line and see where the shop that wrote it is making or losing money. The numbers below are calibration points from European job-shop practice, not gospel: your region, the specific machine and the order book move every row.
Why a fixed price list does not exist (and who pretends otherwise)
A price list presupposes a repeatable product: same item, same price. Custom machining sells the opposite — machine capacity and skilled hours applied to a drawing the shop has never seen before. A part's price is the sum of machine time, material, setup spread over the lot, treatments, and inspection: four of those five items change with the drawing, and the fifth changes with the quantity.
That is why the "price lists" you find online are really one of two things in disguise: either hourly rate cards (legitimate — covered next), or teaser prices for sample parts that your part is not. When a supplier says "we mill at €0.80 a minute," they are handing you their hourly rate (€48/h) in a different unit — useful, but your part's price still depends on how many minutes it needs, and that estimate is where the whole quoting game is played. The honest reference is therefore not a per-part price: it is the rate range per machine family plus the ability to estimate time.
2026 hourly rates by machine family
These are the bands most European subcontract shops fall inside in 2026, at a fully burdened rate — depreciation, floor space, energy, operator, overhead and profit. Below the bottom of a band, someone is miscounting (usually forgetting depreciation); above the top, there had better be automation, tolerances or urgency to justify it.
| Machine family | 2026 hourly rate | Note |
|---|---|---|
| CNC turning, 2-axis | €45–80 / h | Swiss-type and multitasking sit above |
| CNC milling, 3-axis | €50–90 / h | The workhorse of subcontract machining |
| 5-axis / simultaneous milling | €90–160 / h | High capital, complex parts |
| Grinding (surface and cylindrical) | €55–95 / h | Tight tolerances, attended machines |
| EDM (wire and sinker) | €70–120 / h | Long hours, often unattended |
Two usage warnings. First, the rate is not the price — one hour of 5-axis at €120 that finishes the part in a single setup is often cheaper than three hours of 3-axis at €70 with two re-fixturings and a jig. Second, within each family the spread reflects different machines, not discounts. A used manually loaded lathe defends €45–55; a Swiss-type with a bar feeder running lights-out is worth €70–80, as the guide to the CNC turning hourly rate works through in detail. To audit a supplier's rate — or build your own — the block-by-block method is in the machine shop hourly rate calculation guide.
Minimum order charges: why nobody makes you one part for €15
The line that most surprises first-time machining buyers is the minimum order charge: nearly every shop enforces a floor of €80–250 below which an order is not accepted, however small the part. It is not greed; it is arithmetic. Before a single chip flies, a job costs: reading the drawing and quoting, ordering material, programming, setting up the machine, proving the first article, and issuing paperwork and an invoice. That is one to three hours of fixed work that exists identically for one part and for a thousand.
A turned spacer "worth" €4 of machine time and material is, on its own, a €120 order: the €116 difference is the fixed cost the single part carries entirely by itself. The same spacer inside a 200-piece order costs €5–6 each, because the fixed block spreads. When you compare quotes at small quantities, you are mostly comparing how each shop treats its fixed cost — not their skill at the machine.
How to read a quote line by line
A serious machining quote decomposes. If it arrives as one number — "flange, €29 each" — you can neither understand nor compare it; if it is built properly, a structure like this always sits behind it. Worked example: a C45 steel flange, turned and drilled, lot of 25.
| Line item | Basis | Per part |
|---|---|---|
| Material | C45 bar Ø120×35, 3.1 kg + cutting | €5.60 |
| Setup (amortised) | 75 min total at €60/h ÷ 25 parts | €3.00 |
| Turning | 8 min at €60/h | €8.00 |
| Drilling / milling | 4 min at €65/h | €4.33 |
| Inspection and packing | Flat allowance | €0.80 |
| Cost | €21.73 | |
| Price at 25% margin | cost ÷ 0.75 | €29.00 |
Every row is checkable: material against the steel merchant's list, the minutes against common sense (or against a second quote), the rate against the bands in the table above. It is exactly the audit a shop runs on its own numbers when quoting subcontract work: if a line cannot be defended, the quote is an opinion, not a price.
When the per-piece price drops: batch mathematics
"How much does this part cost?" is incomplete without "in what quantity?". The fixed job cost — setup, programming, first-article inspection — divides by the lot size, and the resulting curve is the single most important one in buying machined parts:
| Lot size | Fixed €150 per part | Machining €12 | Indicative price |
|---|---|---|---|
| 1 | €150.00 | €12.00 | ~€216 |
| 10 | €15.00 | €12.00 | ~€36 |
| 50 | €3.00 | €12.00 | ~€20 |
| 200 | €0.75 | €11.00 | ~€16 |
Note the second, slower effect beyond the fixed block: at large lots the cycle time itself drifts down — optimised programs, dedicated tooling, the operator finding the rhythm — which is what the 200-piece row shows. But the collapse between 1 and 50 pieces is almost pure amortised setup. Two practical consequences: always ask for prices at two or three quantities (the curve says a lot about how a shop works), and never scale a prototype's per-piece price to estimate production — or the reverse.
Comparing two quotes without getting burned
With the rate bands and the line-item structure in hand, comparing quotes stops being a race to the bottom number. Three checks earn their keep. First, compare at equal quantity and equal treatments: an offer with zinc plating included and one without are not the same offer. Second, look at where the lines diverge — if material matches but the machining line differs by 40%, one of the two estimated very different times, and it is worth asking why: sometimes it is a smarter process, sometimes it is an error that will become your delivery problem. Third, treat a far-below-market price as a risk, not a win: below full cost, someone will recover the difference on lead time, quality, or surprise extras.
Honest comparison also includes the time dimension: a detailed quote that arrives in five days has often already lost to an equivalent one that arrived in two hours. Shops that answer the same day do not estimate worse — they have a better process.
FAQ: machining price lists
Is there a standard price list for machining services? No, and there cannot be: every machined part differs by drawing, material, tolerances and quantity. What exists is the hourly rate card by machine family — turning €45–80/h, 3-axis milling €50–90, 5-axis €90–160, grinding €55–95, EDM €70–120 — plus estimated time, material and setup spread over the lot. Every serious price is built from those blocks.
How much does an hour of CNC turning cost in 2026? Between €45 and €80 fully burdened. A manually loaded 2-axis lathe sits at the bottom; a Swiss-type with bar feeder, sub-spindle and live tooling defends the top, because it carries more capital and runs unattended. The right rate depends on the machine actually making the part, not on a shop-wide average.
How much does an hour of CNC milling cost in 2026? A subcontract 3-axis machine bills €50–90 per hour; simultaneous 5-axis €90–160. Be careful comparing rates in isolation: the 5-axis machine that finishes the part in one setup often costs less per finished part than the 3-axis machine that needs three setups with jigs and re-fixturing.
What is the minimum charge for a machining job? Nearly every shop enforces a minimum of €80–250 per order, because quoting, programming, setup and first-article inspection exist identically for one part and for a thousand. A single part carries all of that fixed cost alone; the same part in a lot of 50 divides it fifty ways. Below that floor, the order costs more than it returns.
How do you compare quotes from different shops? Line by line, never on the total: same quantity, same treatments, then look at where material, times and rates diverge. A 40% gap on the machining line means very different time estimates — sometimes a smarter process, sometimes a mistake that will turn into a delay. And a price far below market is not a bargain: it is a risk on quality and delivery.
The price list that builds itself from the drawing
There is a reason the price list you searched for does not exist: the real price is born from the drawing, every single time. Which is exactly the work that can now be automated. Instead of a static table of per-part prices — impossible — or hours spent redoing the same decomposition by hand for every RFQ, quoting software builds the price from the drawing with your rates.
QuoteBuddy reads the technical drawing — material and dimensions from the title block, geometry, holes, tolerances — and builds the quote line by line with a deterministic engine: your rates per machine, your setup times, your material prices, your margin. The result is the price list a job shop can actually have: not a fixed price for parts that do not exist yet, but a fixed method that produces the same defensible price every time the same drawing walks in the door — in minutes, not days. The AI does the reading; your rules do the pricing.
Start a 30-day trial and run a few real drawings through it: from upload to a complete, line-by-line quote PDF built with your numbers. It is the difference between promising a price list and owning a method.