Guides / Cost
5-Axis Machining Cost: Hourly Rates, Setup and What Changes the Price
September 20, 2026
A 5-axis quote is built from a handful of parts: machine time, setup and programming, material, inspection and finishing. Once you know how each one moves, you can read a quote properly and often change the drawing to bring it down.
The hourly rate
Shops price machine time by the hour. 5-axis machines cost more to buy and need more skilled programmers, so their hourly rate is higher than 3-axis. In the US, 5-axis time is commonly billed somewhere around $100 to $200 per hour, while 3-axis work often sits lower. Rates in Asia are usually lower still. Treat these as rough orientation, not a benchmark. Rates move with region, machine size and how busy the shop is.
The hourly rate alone tells you little. A 5-axis machine that finishes a part in one setup can beat a cheaper 3-axis machine that needs four setups and a fixture for each.
Setup and programming
This is the part of the quote most buyers underestimate. Before the first chip, someone writes the CAM program, simulates it for collisions, designs or picks a fixture and proves out the first part. For a complex part that can take several hours to a few days.
That cost is paid once per order. It is why a quote for 5 pieces can show a part price four or five times higher than a quote for 100 pieces of the same part.
Material
Material affects both the stock price and the cutting speed. Aluminum cuts fast and wears tools slowly. Stainless steel takes longer. Titanium needs lower speeds and rigid setups. Nickel alloys like Inconel can take several times longer than aluminum for the same geometry and burn through tools, and fewer shops want the work at all.
If the design allows a choice, ask the shop what the price difference is between two materials. It is often larger than expected.
Tolerance and inspection
Every tolerance tighter than the shop’s standard adds time: slower finishing passes, more measuring and sometimes a temperature controlled room or CMM report. Tolerance only the features that need it. A drawing with ±0.01 mm on every dimension costs more than one with ±0.01 mm on the three bores that matter and a general tolerance everywhere else.
Quantity
Price per part falls quickly over the first few dozen pieces as setup spreads out, then flattens. If you expect repeat orders, say so. A shop can build a better fixture for a part it will run every quarter and price it accordingly.
Finishing and extras
Anodizing, passivation, coatings, heat treatment and laser marking are usually done by outside specialists. They add cost and a few days of lead time each. Material certificates and first article inspection reports can add a fixed fee. None of this is unusual, but it should be on the RFQ so every shop quotes the same scope.
An illustration
The numbers below are made up to show the structure, not a real quote. Imagine a stainless housing with angled bores on four faces:
| 5 pieces | 100 pieces | |
|---|---|---|
| Programming and fixture (one time) | $900 | $900 |
| Machine time per part | $140 | $120 |
| Material per part | $25 | $22 |
| Setup share per part | $180 | $9 |
| Price per part before finishing | $345 | $151 |
The machine time barely changes. The setup share is what moves.
Drawing changes that lower cost
- Loosen tolerances that do not affect fit or function
- Use standard drill sizes and thread sizes
- Give internal corners a radius the tool can reach, larger is cheaper
- Avoid deep narrow pockets that need long tools
- Combine features onto fewer faces where the design allows
- State real annual volume, not only the first order
How to compare quotes
Check that every shop quoted the same material, tolerance, finish and paperwork. Look at lead time next to price. A low quote that leaves out inspection or finishing is not a low quote. When quotes differ by a lot, ask each shop what drove its number. The answer tells you more about the shop than the price does.
To build a price range before you ask for quotes, follow our guide to 5 axis machining cost estimation.
See also: 5-axis material selection matrix with relative cycle time per material.
Frequently asked questions
Why is my 5-axis quote so much higher for 5 pieces than for 100?
Programming, fixturing and first-part checks are paid once per order. On 5 pieces that fixed cost is split five ways. On 100 pieces it almost disappears into the part price.
Is 5-axis more expensive than 3-axis?
Per machine hour, yes. Per part it is often cheaper when the part would need three or more setups on a 3-axis mill, because each extra setup adds labor and risk.
How can I get a lower 5-axis machining quote?
Loosen tolerances that do not affect function, use standard hole sizes and radii, avoid deep narrow pockets, pick an easier material if the design allows and quote a realistic yearly volume.
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